1. Contracting parties

SICA S.P.A. is a company with registered office at via Stroppata 28, 48011 Alfonsine (RA), that produces and markets machinery for the manufacture of plastic pipes for the following purposes: Haul offs, cutters, belling machines, ring inserters, palletizers, strapping machines, bagging-machines, coilers, threading-machines, slotting-machines, tanks for hydrostatic testing (PRODUCTS).
These General Conditions apply in relation to the sale of Products or the supply of services or provision of consultation provided by SICA S.P.A. (SICA, VENDOR or SUPPLIER) to the customer (BUYER or PURCHASER).
These General Conditions, offers, order confirmations and any attachments form the sole reference documents that regulate the relations between the PURCHASER and SICA, and hereinafter shall be defined jointly as a “Contract”.

2. General regulations

These General Conditions are an integral part of each Contract drawn up between SICA and the PURCHASER; these General Conditions shall apply unless otherwise agreed and accepted in writing by both parties.
Any addition or amendment to the Contract should be approved in writing in order for it to be considered binding.
The contract shall be deemed concluded at the moment when, upon receipt of an order by a possible PURCHASER, the PURCHASER receives from SICA an acceptance in writing. If, in drafting its offer, SICA has set a validity period, the PURCHASER should send the related Order within the said period, the effectiveness whereof is always subject to acceptance by SICA. The customer’s order is a firm and irrevocable proposal of his up to the confirmation.
These conditions render inoperative any clause to the contrary in any way drawn up by the PURCHASER, unless expressly accepted by SICA , and the said clause must be drawn up in writing.
All the offers presented by SICA are understood to be liable to changes without prior notice.
These general conditions apply whatever the PURCHASER’s nationality.

3. Delivery terms

Without prejudice to the provision set out in art. 9 of these General Conditions of sale, in the case of deferred payments of the price, ownership of the Products shall pass to the PURCHASER with all consequences when the goods are delivered.
The SICA’s Offer , or its order’s confirmation sent to the PURCHASER as acceptation, will contain the delivery term according to, unless otherwise agreed in writing, the ICC INCOTERMS 2010.

Unless otherwise agreed in writing the risks connected with products will be transferred to the PURCHASER from the moment to delivery on, that will be made according to the” EX WORKS” formula. This terms of delivery, like any others agreed by the Parties- shall be in accordance with the International Chamber of Commerce (ICC) Incoterms 2010 edition. In any case, from the moment of delivery on, all the risks and costs connected with Products delivered shall be at the PURCHASER’s expenses.
Products transportation until final destination shall be entirely at PURCHASER’s expenses. SICA shall not subscribe any transport agreement and shall not ensure Products without specific order given by the PURCHASER and at PURCHASER’s risk and expenses. If SICA has provided the Products transportation or has included transportation fees in sale prices this does not change time and place of delivery as set above.

In the case where the PURCHASER requests and is granted a deferment, the delivery terms shall have an irreducible penalty of 0.5% of the agreed price applied thereto for each week’s delay, from the start of the third week.

If the PURCHASER does not collects the goods within 15 days from the date set, SICA is entitled to, alternatively and at its own discretion, apply the above mentioned penalty or terminate the Agreement.

The Products shall be considered to have been accepted by the PURCHASER after a period of 10 days for checking the Products. SICA shall not be held liable for any delay or failure to deliver with regard to the Goods if this is due to events beyond its control (including the case of company strikes) provided that the PURCHASER is notified promptly, as regulated under paragraph 11 below.
In any case, if the delivery terms are exceeded in any way, this may not be a reason for cancellation of the orders in progress, blocking of payments, refusal to take delivery and does not give rise to entitlement to claims for compensation for damages.

4. Packing

Unless otherwise set out, the prices stated in the price lists and catalogs should be applied to non-packed equipment.
The prices stated in the offers and in the contract shall include, if necessary, the cost of packing and protection required only for normal travel conditions against damage and deterioration to the equipment before it reaches its correct destination, as set out in the contract. Specific packing prepared on request shall involve an additional cost, that shall be paid by the customer.

5. Drawings and ownership of graphic documents

Weights, dimensions, capacities, prices, performance estimates and other details appearing in the catalogs, brochures, circulars, advertisements, illustrations and price lists are for information only. These details have a binding value insofar as they are expressly stipulated in the contract.
Any drawing, document, technical information or software relating to the manufacture or assembly of the machinery, as well as those relating to parts thereof, and any other drawing, document, technical information or software of SICA sent to the PURCHASER before or after the contract has been drawn up remain the exclusive property of SICA. These drawings, documents, technical information or software may not be used by the PURCHASER for purposes outside the contract, or copied, reproduced, transmitted or disclosed to third parties without consent in writing from SICA. It is, however, set out that the aforesaid documents shall be the property of the customer:
a) if expressly agreed, or
b) if they refer to a previous separate development contract on the basis whereof there was no reservation of ownership of these drawings or documents to SICA.

6. Inspection

Installation and inspection of products may be carried out according to one of the following methods, unless otherwise stipulated on the order confirmation:
1) one week before delivery, the customer, at his own expense, sends his own engineers to the plant of SICA to check the full operational capacity of the products together with the engineers of SICA.
2) SICA sends its own engineers, at the purchaser’s expense, to the latter’s plant to perform ‘in-situ’ the installation and inspection of the products delivered

7. Technical assistance

Unless otherwise agreed in writing, the technical assistance work SICA is requested to carry out is to be understood to be paid by the PURCHASER. If SICA accepts a technical assistance work and after is not able to respect the execution time, PURCHASER is not entitled to ask any compensation/indemnity if the delay is less than 21days ( Grace period). In any case, at the end of the Grace period the PURCHASER is entitled only to terminate the Agreement concerning the technical assistance work previously agreed without any right to ask further compensation.

8. Prices and terms of payment

The contract price shall be the price stated on the accepted Order in writing by SICA through its order’s confirmation.
All prices are understood to be “Ex Works” net of VAT and exclusive of shipping and packaging costs, unless otherwise agreed. Any sales taxes, local taxes, charges and duties, as well as insurance costs on freight and transport costs shall be the responsibility of the PURCHASER and shall be debited thereto.

SICA , at its own discretion and taking into account the internal productivity and work organization conditions, applies variations to the prices of the Products on the basis of the status of the main cost items as derived from official reports. In the tenders, SICA states the periods within which the proposed terms are to be considered valid.
The agreed payment, unless otherwise stated on the Order’s confirmation, shall be regulated as follows:
- 30% at the time the order is signed as payment on account;
- 60% before the Products are dispatched
- 10% at the time the Products are delivered.

In the event of a breach by the PURCHASER, SICA may withhold the payment on account by way of compensation for damages. If the payment on account is not made, SICA may consider in any case the order to be null and void.

All payments should be considered due at the moment SICA’s invoices are presented, without any discount whatsoever on the amount.
Payment shall be understood to be made at the date when the amount owed is effectively credited to the VENDOR’s account. The latter may accept cheques and bills of exchange only after special agreement in writing. All possible costs, charges for collection or discount that may be owed shall be the responsibility of the PURCHASER, who should repay them without delay and merely upon request.

In the event of late payment or failure to pay, including one single installment of the price, interest on arrears shall be applied at the rate set out in Leg. D. 231/2002, art. 5 and subsequent amendments and additions.

Breach of any payment term, as well as the existence of a protest or circumstances arising that could give rise to serious doubts about the purchaser’s solvency shall, fully in accordance with the law and without the need for placement in arrears, lead to lapse of the term, and as a result immediate requirement of the sum still due for any reason as well as suspension of all further deliveries or supplies.

In the event of financing by leasing, the PURCHASER shall sign the contract with the leasing company at least 30 (thirty) days prior to the date of the planned delivery, submitting this order to the leasing company. At least 20 (twenty) days prior to the date of planned delivery of the product, all the documents relating to the leasing contract should be sent to SICA; subsequently the “record of inspection and acceptance of delivery”, signed by the PURCHASER at the time the PRODUCT is delivered, that shall oblige the leasing company to make payment, shall be attached.
In the event of failure to submit the documents required for payment by leasing, SICA may consider the order to be null and void or execute the contract with the PURCHASER.

9. Reservation of ownership

Under the terms of art. 1523 et seq. of the Civil Code, in the event of deferred payments, the Products delivered remain the property of SICA until full payment of the price, as well as costs and expenses, In the event of breach or insolvency of the PURCHASER, SICA shall be entitled to obtain restitution of the Products that may already have been delivered to the PURCHASER, and whereof it never ceased to be the owner.

10. Guarantees

SICA guarantees that the Products supplied are in conformity with the agreed features. The PURCHASER, under penalty of lapse, must report to SICA any operating defect within 15 days from delivery or 30 days of discovery thereof (or wherefrom he could have discovered it by means of a precise examination and test of the Product).
The guarantee validity period is, in any case, 12 months and starts from the date of delivery of the products to the PURCHASER.

The PURCHASER shall be entitled to have use of this guarantee only if he fulfills all the payments and obligations with the Vendor, including payment’s obligation.
In the terms stipulated, SICA undertakes to deliver Products in conformity with the agreement and free of defects that would make them unsuitable for use in the way products of this type would normally be used.
SICA is not liable for defects of conformity of the Products and defects caused by non-observance of the regulations set out in the instruction manual and in any event by misuse or mishandling of the machine. Nor is it liable for defects of conformity and defects that result from incorrect use of the Product by the PURCHASER or from the latter having made changes or repairs without prior consent in writing from SICA.

In the case of products dispatched disassembled, that must be assembled by SICA, every guarantee is considered to have lapsed if the assembly at the PURCHASER’s plant is not carried out directly by SICA or at least under the control of its specialized personnel.
SICA is not liable for defects of conformity of the products and faults due to normal wear and tear of the said parts, that by their nature are subject to rapid and continuous wear. In no case is SICA liable for defects of conformity and faults that are caused by an event attributable to the PURCHASER after the transfer of risks.

When the PURCHASER requests the supply of a Product with variations of any type and size compared with the product shown in the SICA catalog, (or in any event requests a custom-made machine), he should notify SICA in writing with regard to the drawings, technical documents, details and any other instructions, including the geometric structure and type of material forming the walls of the pipes to be manufactured, and it is understood that SICA shall be obliged to deliver a Product in accordance with these variations only if they have been confirmed in writing by SICA.

The guarantee provisions are, at SICA’s discretion and conditionally on recognition of the fault/defect, limited:
a) to repair of faulty products;
b) reduction in purchase price;
c) replacement of the Products.
For all products purchased by secondary suppliers, SICA shall be liable only within the limits of any guarantee obtained by the secondary supplier himself.

11. Act of God

The period of delivery shall be extended by a period equal to that of the length of the obstacle, when events occur that are beyond the control of SICA , such as fires, wars (even if not declared), general mobilizations, uprisings, seizures, restrictions on the use of power, disturbances in transport, strikes of any kind, lock-outs, production shutdowns and defects or delays in deliveries by suppliers, and other obstacles beyond the control of the parties, that make delivery temporarily impossible or excessively difficult. On learning about the obstacle, SICA shall notify the PURCHASER, within a reasonable period, of the existence of the obstacle and its likely effects on the obligation of delivery. Similarly, SICA shall notify the PURCHASER when the obstacle is removed. In none of these circumstances that arise which may delay delivery or make it completely impossible, may the PURCHASER demand from SICA compensation , indemnity or damages of any kind.

12. Liability for delay in delivery

If SICA delivers the goods later than the agreed time, the PURCHASER may make no claim by way of compensation since this date must be understood to be merely for guidance purposes and only in the interest of SICA as stated in paragraph 3.

13. Report of defects of conformity and limitation of liability

On penalty of lapse, the PURCHASER should report the defect of conformity or the fault to SICA within 15 days from delivery or within 30 days from discovery (or wherefrom he could have discovered it by means of a precise examination and test of the Product) if related to hidden defects, in any event specifying in detail in writing the nature thereof. In no case may the report of the defect of conformity or fault, however, be made with validity after the date of expiry of the guarantee terms stated under paragraph 10 or of those otherwise agreed between the parties.
The guarantee set out in this clause incorporates and replaces the guarantees or liabilities stipulated by law, and excludes all other liabilities of SICA in any way caused by the goods supplied. In particular, the PURCHASER may not put forward any claims of compensation for damages, price reduction or cancellation of the contract, exempting SICA from any liability for indirect damages (eg. those resulting from loss of production). At the end of the guarantee period, no claim may be put into effect against SICA.

SICA’s liability is limited to cases of gross negligence or fraud and relates only to damage to the Products delivered or to the service provided, excluding any injury through accident to people, damage to Products not forming part of the contract, loss of profit or any other consequential damage caused by any means.

14. Supply of trade and design spares

When this is expressly agreed in the contract, SICA shall supply the PURCHASER, for payment, with the spares he reasonably needs to use the machine for the whole of the time agreed between the parties and provided that these parts can be found on the market. SICA is exempt from any liability for possible direct or indirect damages arising from the delay in delivery of these spares, due to causes not attributable to SICA insofar as they are the subject of secondary supply by independent third parties.

15. Withdrawal from and Cancellation of the contract

SICA may, at its complete discretion and without providing any justification, by simply giving notice in writing seven days in advance, withdraw from the Contract or from the individual Order or suspend execution thereof with no obligation whatsoever of compensation or indemnity.

This contract may be cancelled by the PURCHASER only in the event of serious breach attributable to SICA.

The PURCHASER shall notify SICA of the breach by registered letter with return receipt, as well as his intention to cancel the contract, specifying the cause of the infringement and, in the event that this infringement is not corrected within the next 30 days, the PURCHASER shall be entitled to cancel the contract with a further notice in advance sent to SICA by means of another registered letter with return receipt.

16. Language

If the contract is drawn up in several languages, the wording in Italian shall take precedence.

17. Legislation applicable

The contract, as well as all the relations existing between the parties, are governed exclusively by Italian law.

18. Settlement of disputes

Each and every dispute that may arise in relation to the validity, interpretation and/or execution of the contract shall, at the request of one of the parties, be referred to an arbitration board, made up of one representative of each party, with powers to settle the dispute in the name and on behalf of the parties and with the intention of settling these disputes amicably, If the board does not succeed in settling the dispute within 60 (sixty) days from the date whereon all the representatives were appointed, a report shall be drafted specifying the reasons for the lack of conciliation; the parties shall be duly notified of this report.
If an agreement is not reached within the above-mentioned period, or if one of the parties does not appoint its own representative, the Ravenna Law Courts, in Italy, shall have exclusive jurisdiction, with regard to any dispute arising from this contract or in relation thereto.

19. Sundry matters

The possibility of one or more clauses in the contract being null and void shall not affect the other provisions of the contract, or the whole contract; the parties shall arrange to replace, if possible, the clauses that are null and void with other valid agreements that have equivalent or similar contents. The Contract may not be transferred by the PURCHASER without consent in writing from SICA.

Parties declare to have agreed and well-understood each single article of the Present General Condition of Sales.


Sica is a well-established Italian producer of downstream equipment for plastic pipes known worldwide. Nevertheless, not all pipe manufacturers are aware that Sica, besides pullers, saws and belling machines, also makes coilers and packaging machines to address the automation of the end of the extrusion lines.
The company has been producing coilers for more than 20 years, both for corrugated and straight pipe. Packaging methods used are plastic straps or film.
The company has recently released a new fully automated coiler for solid wall pipes up to 63 mm (2 in), named Smartcoil. It is a sturdy and reliable coiler that can be equipped with two strapping units, one for each reel.
In order to fulfill the latest needs of the flexible pipe producers, Smartcoil features:
  • Smaller footprint compared to previous model
  • Quick and easy setup: automatic adjustment of all parts needed to be set before starting new production
  • Energy savings due to high efficiency gearboxes
  • Low maintenance
  • Touchscreen display with user-friendly HMI for an intuitive user experience
  • Balanced coil with up to six straps to ensure a long-lasting dimensional integrity

Strong points of Sica as a coiler supplier are that it has 60 years know-how in handling pipes and it is a provider of complete end of the line solutions. Therefore, customers can count on one supplier for their complete downstream automation.

60th Anniversary

60 years have passed sometimes in calm and sometimes in stormy waters, but always keeping our gaze with the bright light of a lighthouse that guided our navigation. So many people have come and gone, so many stories of work, life, friendship, and collaboration have intertwined and have marked the passage of time.

What has remained and unites us with the founding members, and our predecessors, is honesty, passion for work, enthusiasm for challenges and the desire to always do better to satisfy the customers who trusted us and made us grow.

From a small artisan company, SICA has transformed into an international manufacturer with three sites in Italy, United States of America and India and sales throughout the world.

Thanks to the shareholders for their vision and courage; to employees for their ideas and sense of responsibility; to suppliers for product quality and service reliability; to all those who have supported us and made us known beyond borders; and above all, to customers, who after 60 years of activity, renew their trust in us every day, are an incentive for technological and professional development and help us keep our determination and our enthusiasm.

Nothing is taken for granted, goals are reached with many sacrifices and continuous teamwork, and then they are exceeded; we come out strengthened and looking to the future together with confidence.

On the occasion of our 60th anniversary, an infinite and a heartfelt thanks to all of you!

Valeria Giacomoni
Managing Director – President

Video - Sica Spare Parts Portal

It's never been easier to order spare parts and consult manuals.


Over the last few years, the Artificial Vision (from now on, Vision) has made enormous strides both from the point of view of the improvement of technology (devices and software algorithms) and of economics of scale of its components. All this made it possible to extend the field of application to areas where the use of the Vision was previously considered too expensive or too complicated. Today, this change of scenery is combined with a growing demand for processing quality control systems even on extrusion lines, no longer just upstream, immediately after the extruder, but also downstream where a typical example is the need to control the quality of the "socket" as a result of the thermoforming process to which the pipe is subjected in one of its ends. SICA has always been careful to meet market needs by combining the most advanced technologies with Italian design, and has developed a Vision based quality control system to be applied to its Belling machines or stand-alone to evaluate the quality of the produced sockets and discard those that do not fall within the acceptance thresholds.

The system, based on the use of multiple cameras and sophisticated optics, allows you to check, for each pipe produced with the socket, whether:
  • the gasket has been correctly positioned;
  • there are aesthetic defects such as spots of color (typically light or dark streaks) or any writings / logos are not visible as desired;
  • there are macro-defects;
  • the measurement of the inner diameter of the gasket (D2e) is within the acceptable range.

The system is equipped with its own operator interface, very powerful but at the same time easy to use, by which it is possible:
  • display the acquired images and the inspection result for the single tube (also in the case of multi-socketing);
  • set the parameters required for inspection through the configuration pages;
  • monitor the inspected products, defective products, inspected quantities, etc.

The system has been designed so as not to interfere in any way with the productivity of the line, relying on fast and performing Vision algorithms that allow its use even on the latest generation SICA belling machines which can reach 1200 pieces/h (for 32-40-50 mm diameter pipes wall thickness 1.8 mm). It can be easily integrated alongside belling machines or stand-alone, in cases where the manipulation of the pipes can be done by anthropomorphic robots downstream of the line, of which a typical example is the applications of putting pipes in a box.

The benefits deriving from the SICA Quality Control System are numerous and undoubtedly profitable:
  • the defective product (deformed, without seal etc.) is identified and managed automatically;
  • eliminates the need for operators dedicated to quality control of production;
  • allows an increase in productivity where the need to visually check the quality of the product previously prevented from increasing the line speed;
  • avoids the problem of replacing any defective tubes inside already formed and strapped packages;
  • drastically reduces the probability that defective pipes reach the end user because they are not identified by the operator.

The SICA offer in terms of automation is thus increasingly complete. Thanks to the numerous experiences in the design and installation of complex systems, SICA is today a leader in the supply of automated systems for plastic pipe extrusion lines, from pulling to packaging systems, which can now be equipped with a powerful and reliable quality control.

Since most of the pipe manufacturers' investments have concentrated on automating the packaging of the pipes themselves, the very high performance of the SICA plants have pushed productivity to unimaginable values (eg approx. 20 m / min of line speed for pipes with an average length of 1.5m) even just 5 years ago, highlighting what is a new need: to ensure that the automated system requires the minimum number of operators dedicated to the qualitative verification of the product so that the performance obtained upstream will not vanish. SICA's response is immediately ready: a Quality Control system based on artificial vision technology. The SICA Quality Control system described has again raised the bar of technological know-how in the field of plastic pipe production, confirming that it is increasingly the right technological partner to face the challenges of today and tomorrow.

New Electric Saw For HDPE, PP-R Multilayer And PVDF Pipes

The new Sica electric saw model TRKC 160E (for cutting without producing chips or dust up to a diameter 160 mm (6.3″) or optionally up to 168.3 mm (6″ NPS, 6.6″) definitely exceeds all the limits of current hydraulic or pneumatic systems. In fact, inside the new machine, every hydraulic component and every manual adjustment required in the previous versions have been removed completely (such as the positioning of the cutting and counter-arms).

Everything is managed automatically and immediately by defining a few essential parameters from an operating panel, such as the type of extruded material, the diameter and thickness of the pipe. Each movement is electric, therefore silent, precise and extremely repetitive. In particular, for the movement of the cutting arm, the machine has been equipped with an innovative extremely compact servo-actuator which integrates the motor and gear unit, and which guarantees (when compared to other electric actuators available on the market) superior thrust force even at high speeds, impact resistance, complete absence of vibrations and high efficiency – all translate into superior final quality of the cutting process.

This gives complete control of every movement and internal positioning. This versatility therefore allows an automatic positioning adjustment of both the cutting arm and counter-arm, by simply defining the diameter being processed, and now offers greater possibility of an optimal intelligent management of the cutting process, which is prompted directly from the machine's operating panel depending on the selected material to be cut. In fact, different cutting algorithms have been developed to obtain the best performance in terms of cutting quality and execution speed, among which: once the basic parameters of the pipe have been set, the most appropriate to use is automatically selected by the control system.

At the same time, the performance of the machine is maximized, allowing the elimination of handling inertia or delays in the overall cutting time. To cope with any emergency operating conditions (or due to the sudden absence of power), Sica has created an innovative electro-elastic hybrid system (patent-pending) that allows cutting tools to be secured, disengaging them from any pipe in transit and thus overcoming the typical intrinsic limits, from this point of view, of the electrically actuated solutions.

The standard equipment is completed by a touch-screen control display with icons that are easy to interpret and manage, as well as the presence of all safety devices (such as the access doors with interlocked and timed locks) that already constitute standard equipment for Sica cutting machines.

The TRKC 160E is a new reference point in the panorama of cutting machines for plastic pipe extrusion lines, completely eliminating both all kinds of manual adjustments and the presence of hydraulically or pneumatically actuated cutting devices – therefore essentially eliminating the relative operational and maintenance management complications.

Please click on the following link to see a short YouTube video: Sica TRKC 160E

Brand New PP Pipe Belling Machine

Dear All,

We are getting ready for the most important plastic show in Europe, the K show (Düsseldorf 16 - 23 October 2019). Sica worked hard to arrive at this event with new solutions to process pipes, and we are very proud to show you one of our results:

Brand New PP Pipe Belling Machine

Everbell4 200EN is a small jewel!
It represents an exclusive new Sica concept of multi-socketing machines. It processes up to 4 pipes at the time with only 2 ovens (approximately 40% less energy consumption) and 1 forming station. It is versatile and productive with different kinds of pipes and material formulations.
  • Proven technology: The machine has already been successfully tested for Sica in an extrusion line at a customer’s site for more than a month.
  • Extremely compact: only 233 cm (91.7 ″) wide, 89 cm (35 ″) narrower than previous Sica model and much narrower compared to competitors’ machines! 
  • Extremely fast: 1200 sockerts/hour with PP-H pipes with 32, 40, 50 mm diameter and 1,8 mm (0,07 in) wall-thickness. The speed is not influenced by the simultaneous processing of different pipe lengths.
  • Extremely easy to use: it has a user friendly PLC for setting parameters, automatic diagnostic, remote assistance, quick tools change, reduced maintenance. 
  • Extremely precise: socket shape is perfect in terms of socket dimension and shape, shape stability over time, and esthetics of surface and profile. It is equipped with a patented system to assure permanent socket profile for pipes from 32 to 200 mm (1.25 to 7.87 ″). 
  • Extremely green: adoption of constantly controlled electric movements (in terms of position and speed) of the arms (for example, the forming station, flange, mandrels, etc.). No more hydraulic movements! 
  • Extremely smart: with pipe moving arms electrically actuated, the speed of the arms changes automatically based on the diameter of pipe processed without any operator intervention. Another smart point is that the machine does not require many hours of experimentation to determine the first recipe for new sockets. The operator inputs the dimensional measurement of the socket and the PLC automatically calculates the process parameters and elaborates the first recipe.
  • Extremely flexible: it handles different pipe diameters with the same arms: 32-40-50, 63-75, 90-110, 125-160, 200 mm diameter. It can use socket shaping tools and ring inserting tools from the previous model (Everbell1-2-3 regular or PSP Type).
The machine’s innovative technology is patent protected, and it is currently available in Sica for a trial. It has a competitive price! Please book your visit shortly to evaluate all the plusses for your production competitiveness

Please click on the following link to see a short YouTube video: Everbell4 200 beller and Duet 160C cutter

Thank you for your attention and see you soon, Sica Team

Video - Sica K Show 2019 recap

New technologies for processing pipes: K show 1 minute recap. Enjoy!

Sica P3500/24 Plus haul-off for extrusion lines of large dimension and thickness HDPE pipes

The global market of HDPE pipes for the transport of pressurized fluids shows a continuous and growing interest in large-diameter thick-walled pipes, considering that lines for pipes with two-meter (6.56 ft.) diameter and wall thicknesses greater than 140 mm (5.5 in.) are already commonplace today. Sica, thanks to over fifty-year of experience in the development and marketing of downstream machinery for plastic pipe extrusion lines, has produced and installed numerous machines dedicated to the haul-off and cutting of large diameter and thickness HDPE pipes.

The new Sica P3500/24 Plus multi-caterpillar haul-off, capable of hauling pipes up to 3.5 m (138 in.) diameter, represents the new technical reference in the downstream machinery world for extremely large HDPE pipe extrusion lines. Despite being able to achieve maximum pulling force equal to 900000N (≈ 200890 lbf) using all its 24 caterpillars, it still guarantees reduced energy consumption thanks to the adoption of high-performance mechanical transmissions and requires minimum level of maintenance.

To confront the oily behavior of polyolefins, all rubber pads of the caterpillars are made with new and special compounds. Their specific anti-wear properties combined with high contact friction, allow highly effective gripping action and a surprising increase in the average life of the pads.

To avoid malfunctioning on these extraordinary dimensions lines, the new haul-off has been equipped with cutting edge management software and specific devices that constantly check the efficiency state of the machine during the pulling phase. Examples of these devices are: redundant encoders for precise speed monitoring, and digital pressure sensors for continuous monitoring of working pressures and caterpillar tensioning force. Moreover, the independent control of each caterpillar makes this machine extremely versatile despite its considerable size and allowing a particularly wide range of processable diameters (from DN2000 to DN3500). Robust pipe supports with electric handling both on entry in and exit from the haul-off complete the standard equipment, making the management of the pipes simplified and safe, despite the sizes and extreme weights.

Ultimately, Sica's proposal for haul-offs for HDPE lines is complete, and combines maximum performance and minimum energy consumption, ease of use and process versatility, operational safety and environmental awareness, all of which are indispensable today.

Please click on the following link to see a short YouTube videoSica P 3500/24 PLUS

Video - Sica Today

 Video - Sica Today

Video - P 3500/24 PLUS haul-off

Sica P 3500/24 PLUS haul-off for pulling huge pipe up to 3.5 m (138 in). It reaches pulling force of 900000N (≈ 200890 lbf) when using all its 24 caterpillars, but it requires proportionally little energy and maintenance.

Please click on the following link to see a short YouTube video: Sica P 3500/24 PLUS

Video - PP Plastic Pipes Packaging Automation

Sica's latest effort to find solutions for reducing processing costs.

Please click on the following link to see a short YouTube video: PP Plastic Pipes Packaging Automation

Revolutionary cutting and chamfering system without any material removal

More and more people and companies think in terms of savings, sustainability and ecological economics. Sica has helped to save energy, raw materials and to maintain clean and safe the environment with the development of a new range of automatic in line planetary saws: the TRS W series. Available, depending on the tube diameter, in the TRS 160 W, 250 W, 400 W and 500 W versions, they are featured with a technologically innovative and unique system in its kind for cutting and chamfering plastic pipes (PVC-U, ABS and PP) without any removal of material.

The particular architecture and the revolutionary cutting and chamfering method of the machine was patented by Sica (EP2828047B1) and allows the W models to overcome all possible problems related to the production of dust and chips related to classical processes.
On the contrary, in fact, for each saw machine that performs cuts and chamfers by removal of material, the following disadvantages, in a more or less serious manner, are noticed:
  • need to equip the machine with a suitable suction/capture/collection system for the dust and chips produced, in conjunction with an appropriate filtration system to avoid powdery emissions in the working environment;
  • need for periodic replacement/resharpening of the cutting/chamfer tools as they are subject to natural and progressive wear by abrasion;
  • need to shield the internal mechanical parts of the cutting unit (pulleys, belts, bearings, ...) as susceptible to the dust/chips produced;
  • need to install a monitoring system to check the efficiency condition of the suction devices (indispensable to ensure the continuous operation of the machine);
  • need by the user to implement the appropriate internal measures for the collection, storage and disposal of the dust/chips produced during the cutting/chamfer process.
Sica W type cutter are instead completely free of such inconveniences, as the pipe cut is performed by a simple separation and the chamfer by hot plastic deformation of the material. The related advantages are many, such as:
  • complete absence of waste material deriving from the cutting/chamfer process which results in a considerable saving of raw material (which accounts for 80% of the cost of the pipe);
  • complete absence of contaminating and polluting dust/chips (extremely favorable condition for the preservation of the degree of cleanliness of the environment and of the saw machine and/or of the following belling machine);
  • reduced overall maintenance required by the machine;
  • use of a universal and almost nonperishable chamfering tool: the total operating costs are thus drastically reduced due to the absence of worn cutters and to be reground;
  • lower noise level of the machine (thanks to the total absence of fans and milling tools in operation);
  • superior quality of the machining performed both in terms of surface roughness and regularity;
  • complete absence of any problematic related to suction systems of chips/powders such as collection, storage and subsequent disposal.
All models are equipped with electrical synchronization and double belt movement for high dynamics and equipped with cutting on the fly and CNC which ensures in every operating condition the necessary precision of the cut pipe length (± 1 mm). This system in fact allows perfect synchronization of the cutting/chamfering unit with the pipe speed and its consequent accurate positioning at the exact point to be cut/chamfered. The possibility of making "cuts on the fly" (Sica patent EP129515), optimizes the useful stroke provided to the cutting unit, increasing its potential in terms of cuts/chamfers performed.
All models of the range are fitted with touch-screen color operator panel with clear and legible icons, and the remote service option for diagnostics and real-time service on the machine. With this solution Sica gave a clean cut to the issue of chips, powders and plastic filaments providing an "ecological" saw and reducing the production costs for the tubes extrusion.

Packaging with robots

In recent years Sica has developed applications with anthropomorphic robots for the end of line of extrusion lines with the aim of showing up on the target market even as a "solution provider". By adopting this technology, in fact, depending on the type of problem to be solved, Sica today is able to be very flexible in identifying the best solution for the customer in terms of cost and performance.

Always counting on a large range of automatic machines for the most varied pipe packaging and handling requirements at the end of the line, and thanks to the use of robots, where necessary, Sica has already delivered installations capable of solving problems that once would have required long delivery times and brought significant difficulties in reaching the productivity and reliability levels that this sector requires today. In particular, the company has gained a specific technical know-how in designing the most appropriate gripper to the particular manipulation need and type of pipe.

The reasons that motivated Sica to complete its commercial offer with the anthropomorphic robots technology, beyond the positive aspects highlighted earlier, is the series of obvious advantages listed below:
  • flexibility: the anthropomorphic robot allows the handling of pipes of different length, placing them on two separate logistic units, while ensuring a high productivity rate and a high degree of customization according to the operating requirements and space available;
  • efficiency: the anthropomorphic handler is characterized by highly efficient electric drive units and minimal maintenance requirements, which, combined with an energy-saving vacuum generator available among Sica's solutions, ensures low operating and maintenance costs, and thus high economic returns;
  • compactness: limited dimensions if compared to "traditional" units which would perform the same function;
  • simple size changeover: only a small number of size change components required, if compared with traditional automations;
  • versatility: possibility of implementing additional functions during the system's life, simply, programming it to perform additonal movements and operations;
  • ease of integration: the integration of the robot operation inside of the line, both from the software and safety point of view, is simple and immediate and open to changes during the implementation of the initial project, which commonly occurs.
Especially in the field of pipe packaging and packing at the end of line, the use of robot cells has thus simplified the layout of the lines in many cases, allowing both significant savings in terms of space and an increase in the overall reliability of the system totally for the customer's benefit.

Ultimately, today Sica can design and implement systems that include the use of robots, even of manufacturers that the end customer prefers, relying on a team of engineers and technicians which have an adequate know-how and able to implement these installations all over the world.

Pipe coils wrapped with stretch film

Within the sector of automatic systems for pipe coil packaging, also Sica, a company known for its automatic downstream equipment for pipe extrusion lines, produces coilers sold worldwide. In this sector, Sica proposes two main types:
  • Packaging with polypropylene strapping;
  • Packaging with stretch film.
The use of stretch film, especially suitable for packaging corrugated pipe, has many positive aspects that often are preferred to the use of polypropylene strapping, especially because of the greater maintenance to which traditional strapping systems are intrinsically subject.

Furthermore, from the productive point of view, the economic advantages deriving from the use of stretch film are immediately evident and Sica provides leading solutions to this: in fact, where it is usually necessary to have more than one machine in the production line (winder with strapping machine, shrink film wrapping machine and oven), Sica offers a single compact, flexible, reliable and secure machine, that alone allows you to switch from the tube to the packaging. 

In this regard, the technologies developed by Sica are used in the machines of the Flash family which includes Flash 700 and the latest Flash 450. Both machines are characterized by the use of exclusive and innovative coil packaging techniques, covered by patents:
  • Flash 700 wraps the product with film in diametrical manner fully protecting the coil and, if necessary, also the core (Patent EP19990830514, EP1999830450);
  • Flash 450 wraps the product with film in a circumferential manner, by means of an innovative mutual handling system between the film and the coil; with this system, you can fully cover also the sides of the coils, contrary to similar conventional systems (Patent PCTIB2016052545). Compared to the traditional circumferential packaging techniques, with equal coil size, this method allows a considerable saving of film (up to 30%).
Another relevant feature, much appreciated by users-installers, and common to the machines of the Flash family is that you can use the pipe up to the last turn without the packaging coming apart. This means that the pipe is protected and neat up at the end.

Specifically, with regard to the FLASH 700 model, it can wrap corrugated pipes from 16mm diameter up to 63mm diameter and it can make coils with a minimum length of 25m. Productivity is 72 coils per hour. In the most advanced version, the diameter and the winding width adjustments are automatic.

As regards instead the FLASH 450 model, it can wrap corrugated pipes from 16mm diameter up to 32mm diameter, while the maximum outer diameter of the coils is 450 mm. The machine can make coils with a minimum length of 10m with a productivity of 120 coils per hour. The basic winding settings are automatic.

Based on the success of these models and their versions, and of the strapping winders, Sica has sold hundreds of machines and has become an important reference point in the flexible pipes winding field.

High performance electric belling machines

The need for innovative green technology in the plastic pipe production industry capable of guaranteeing high performance, process flexibility and ease of use while allowing reduced energy consumption, has become increasingly pressing and has had a marked influence on the design of the various types of extrusion line machinery, including belling machines.

Sica, a specialized manufacturer of downstream equipment in pipe extrusion lines and keenly aware of the factors outlined above, was the first manufacturer to offer belling machines with an electromechanically operated socket forming unit in place of the conventional hydraulic and pneumatic solutions. The decision to use electrical technology produced several benefits: highly dynamic operation, low noise levels, exceptional precision and repeatability of positioning, total real-time control of process parameters in terms of working strokes and speeds, which is important especially for belling machines that were originally pneumatically operated.

It is very important to notice that no more hydraulic system means a complete transformation and improvement of the production process, thanks to:
  • elimination of the functional problems associated with oil, as the temperature-related viscosity variations can affect the response of the regulating system;
  • elimination of problems associated with the physical presence of oil which, in the event of leaks, the machine and the surrounding work area become dirty and unsafe for operators, producing a slipping and falling hazard;
  • elimination of the environmental problems associated with hydraulic technology, by achieving lower noise levels typically associated with electrical technology and dispensing with the need to dispose of waste hydraulic fluid;
  • significantly lower energy consumption, strictly related to the socket forming cycle.

The market responded positively to Sica's newly introduced “Unibell” electric belling machines for PVC-U pipe diameters up to 200 mm and 250 mm. The Unibell belling machines heat the pipe by means of short wave IR heating elements (called IR-SW ovens, or simply “short wave ovens”) that maximize heating efficiency thanks to accurately defined oven geometry, precise distribution of the heating elements, and structural and electrical configuration of each heating element in relation to the specific plastic material to be heated. The many benefits of this system include lower effective energy consumption, compared to the one of the conventional heating systems, because the heating elements operate exclusively during the heating stage and for the time strictly necessary for the pipe to reach the required final thermal conditions. Instead, in conventional ovens, only a minimal part of the energy consumed is used to actually heating the pipe, while the remainder is used to keep the oven at its working temperature or it is simply lost in the environment. With sales of around sixty Unibell models in the past two years, the positive response from the market led SICA to proceed in this line of development and devote more and more resources both to the optimization of electrical technology applied to plastic pipe thermoforming operations and to the increasing of efficiency and reliability of the process.

Electrically powered thermoforming solutions have also been extended to our Unibell 400 range (for PVC-U pipes up to 400 mm in diameter), to belling machines for PP pipes up to 200 mm in diameter (Everbell) and to Multibell 110 Rieber belling machines, designed for Rieber system multisocketing on PVC-U pipes of up to 110 mm in diameter.

Sica's decision to invest in these new technologies encourages not only a regard for the environment, it also leads to a reduction of pipe production costs, thus allowing faster returns on capital expenditure.

Double synchronized cutting for high extrusion speeds

Sica has patented an innovative method for cutting plastic pipes that makes it possible to reach very high production rates (patent EP2008749). The machines are designed to cut and chamfer PP, HDPE and PVC-UP pipes, performing simultaneous double cutting cycles automatically.

For example, the Duet125 automatic cut-off saw can reach hourly production rates of around 2000 pipes of 150 mm in length + sockets and more than 2300 pipes/hour of 500 mm length + sockets. At the same time, the system also guarantees the necessary cut length precision (tolerance of ± 1 mm) thanks to the machine's CNC control system. This system allows perfect synchronization of the cutting unit with the pipe extrusion speed and consequent exact positioning of the unit at the required cutting dimension. Moreover, the machines are equipped with specific anti-wear tools to guarantee exceptionally high and enduring quality of the cutting/chamfering process.

The logical control system also offers ‘on the fly’ cutting capabilities (Sica patent EP129515), optimizing the use of the effective stroke to further increase output in terms of the number of cuts/hour. Equipped with an intuitive icon-based graphic interface and a classic production system for preset sequences of lengths, the machine also features a new length sequences management system. Specifically, having entered the basic production parameters (extrusion speed, pipe diameter, capacity of downstream machines) the user can define the required production batches, automatically optimized by the system in order to exploit the machine's potential to the full. Intelligent planning of production sequences in addition to the availability of libraries in which process parameters and user product dimensions can be stored, determines the definition of a new state of the art field in terms of versatility and ease of control.

Given the large number of cuts that can be performed per unit of time, the machine has been equipped with an extra-powerful cyclone-type dust exhausting system.

The range of automatic in-line planetary saws in the Duet series (available in the Duet 125, Duet 160 and Duet 200 versions) includes the Duet/K (cutting with knife without material removal for HDPE and PPR) and Duet/C (cutting with chamfering unit and knife without producing chips inside the pipe) versions, in addition to the standard model for PVC. Duet/C is particularly suitable for PP lines equipped also for the production of double-joint pipes.

The machines are entirely based on electro-pneumatic design eliminating all possible problems linked to the use of hydraulic actuators and hydraulic power packs, and are configured in order to optimize total energy consumption.

With this range of saws Sica responds to market demands for cutting at high extrusion speeds with reduced energy consumption, ease of use and control.

Video - K Show 2016 Recap

Energy, material and resource efficiency

Innovations for coilers

Sica, an Italian machine manufacturer, implements energy, material and cost-savings solutions for each of its newest machines. Flash 450 film coilers are no exception.

In fact, the packaging method chosen reduces the quantity of film used with respect to traditional systems available on the market (up to -30%).

It is an automatic coiler for packing corrugated PVC, PE and PP pipes from 16 to 25 mm diameter, in short length coils covered with stretch film. The coiler has 3 reels with centralized adjustment controls, a film dispenser with electronic tension control, universal film cutting systems and variable-geometry reel unloading device. The machine is equipped with a wireless communication system for control of the main reel functions.

Flash 450 has a modern designed to reduce to a minimum any operator intervention and parts substitution for diameter change. It is safe, and easy to run and feed with pipe, film and stickers. It produces beautiful, compact and firm coils.

1200 pipe sockets per hour on a quadruple extrusion line

Multiple strand extrusion lines for plastic pipes are growing. Lately, the market demand seems to be moving from double extrusion lines to quadruple extrusion lines. So Sica, Italian machine manufacturer, produced the first belling machine of this kind, Multibell 75Q. This is a very fast automatic belling machine specifically designed to receive PVC-U pipes coming from four-strand extrusion lines at independent speeds. It handles high production extrusion lines and can socket up to 1200 pipes/hour. Multibell 75Q can socket pipes with output diameter ranging from 16 to 75 mm and of length from 1 to 6 m plus socket.

The pipes coming from each strand are moved to a buffer by means of a high-speed handling system to form a group of 2, 3 or 4 pipes, depending on the diameter. The group of pipes is moved to the hot air-recirculation oven, which warms with high precision the required pipe length to be socketed, thanks to the double automatic aligning system integrated in the oven. When the heating stage is finished, the group of pipes is moved to the multi-forming station and socketed.

Solvent cement cycle or air-blowing cycle are both available, and sockets are cooled externally by precooled compressed air and internally by cold water circulating through the mandrels. For producers who want to bundle the socketed pipes, an available bagging or strapping machine can be placed in-line contributing to a complete process automation.
If we compare a four-strand to a two-strand extrusion line having the same output rate, we can highlight the following advantages:
  • High quality of the end product: by extruding at a lower speed, the quality of the pipe is higher and constant during production;
  • Short payback period: the four-strand extrusion line ensures achievement of very high machine availability at the maximum pipe output rate possible, therefore attaining a shorter payback period of the investment;
  • Small footprint: four-strand extrusion line footprint is practically the same as a two-strand extrusion line, but with a higher achievable output rate;
  • Low maintenance costs: a four-strand extrusion line needs less maintenance than a two-strand extrusion line thanks to the lower extrusion speed of each strand;
  • User-friendly: the higher the line speed, the more difficult it is to control the line. Thanks to the lower extrusion speed of each strand, a four-strand extrusion line is easier to set than a two-strand extrusion line.
Multibell 75Q is a low energy consumption modern belling machine capable of satisfying the most demanding customers who look for value, consistent high output and fast return on investment.

Bi-oriented PVC pipes are increasing

Bi-oriented PVC pipes are recognized for their considerable savings of raw materials while maintaining the same mechanical resistance and application in comparison to standard PVC-U pipes. The number of PVC-O pipe extrusion lines is increasing in several areas of the world, but especially in the Americas and Australia.

Like PVC-U pipes, the most suitable joint system for PVC-O pipes is a socket Sica, manufacturer of plastic pipe machinery, in 1998 patented (EP0930148) and developed a unique socket thermoforming process for PVC-O pipes. Sica’s patented system is characterized by forming and internal calibration of the socket on a metal mandrel. The heated pipe end is inserted onto the metal forming mandrel when the final thermal state of wall-thickness is uniform but varies longitudinally along the pipe. The precise final thermal state is attained through conductive heat transmission, without variation of the pipe end diameter. In addition to the process, the equipment is also protected by patent, in particular the constructive configuration of the contact oven, which achieves a stable and repeatable final heating. The sockets obtained have precise internal dimensions and a perfectly flat edge, shaped by a sliding flange on the mandrel. Thus, no further processing of the edge is required after the socket forming.

Sica belling machines, called STARBELL, are particularly suitable for direct installation in extrusion lines. To date, Sica has sold 19 Starbell machines and over 100 forming mandrels, thus achieving vast experience in the field.

There are three models of STARBELL belling machines:
  • STARBELL 250 for pipes up to a maximum diameter of 250 mm,
  • STARBELL 500 for pipes up to a maximum diameter of 500 mm,
  • STARBELL 630 for pipes up to a maximum diameter of 630 mm.
The machines are also suitable for stand-alone installation in PVC-O lines.

The technical and commercial success of the STARBELL machines surely lies in their reliable and repetitive working process, in their user-friendliness and in their strong and robust design configuration.

PLASTICS NO. 7 (158) 2016

Extrusion 2/2016

Extrusion 1/2016

Il Sole 24 Ore

29.09.2015 - n. 268

A fare la differenza è il servizio ai clienti

Il Sole 24 Ore (29.09.2015 - n. 268), p. 39

Video - Plast 2015 Recap

 Video - Plast 2015 Recap

Wrap up your dreams

Sica has plenty of successful installations of flexible pipe coilers and rigid pipe packaging machines all over the world. The number of coilers ordered are growing, and so are the models we can offer:

Flash 450 NEW, Flash 700, Flash 700HS. Automatic coilers for packing smooth and corrugated PVC, PE and PP pipes. Individual coils are wrapped along their diameter with bands of stretch film. Patent on film wrapping.

Multilega 700, Multilega 1300. Automatic coilers for smooth and corrugated PVC, PE and PP pipes. Packaging with heat-sealed PP straps.

Technocoil 2200. Automatic coilers with two-reel structure for flexible smooth and corrugated PVC, PE and PP pipes. Packaging with heat-sealed PP straps.

Flash 450 was recently presented at Plast 2015 in Milan. The machine processes diameters from 8 to 25 mm, in short length coils covered with stretch film. The coiler has 3 reels with centralized adjustment controls, a film dispenser with electronic tension control, universal film cutting systems and variable-geometry reel unloading device. The machine is equipped with a wireless communication system for control of the main reel functions.

This lastest machine is now on display in Sica together with our NEW RoboJack 250Robotic pipe palletizer. Automatic palletizing station for PVC, PE and PP pipes, with or without sockets, OD 32-250, 1 m to 6 m in length, for the simultaneous palletizing of two different pipe lengths on carts with wooden frames. The station is equipped with a pipe magazine and an anthropomorphic robot serving as the pipe handling unit, capable of alternating the position of the sockets in the pallet layers even with minimal area available for rotation of the pipe. This system can be custom-made to your specific needs.

Make an appointment to come see them, it is worth the trip!

Video - Sica Open House

11 July 2014

Please click on the following link to see a short video about our Open House on 11 July 2014.

Electromechanical Operation

For Automatic Machines Used In The Production Of Plastic Pipes

In the field of automatic machines, used in various sectors, the trend that is currently achieving the highest success is electromechanical technology. This is because the technology is able to ensure various advantages such as greater product quality, a higher percentage of products that tolerate a predefined model, reduced production waste and reduced cost of consumable materials and energy costs. By now, this technology is developed enough to be adapted to the plastic pipe sector.

But what exactly is electromechanics for handling automatic machines? Parts of automatic machines can be handled in various ways. Traditionally, in the field of plastic pipe production, the predominant technologies used were hydraulics for high power and pneumatic for low power. The current development of the electronics has uprooted this paradigm For example, a simple electromechanical operation involves an electric motor, controlled by an electronic device called an inverter, and coupled to a dedicated mechanical component. There are multiple benefits to this type of application.

The first benefit is greater precision and dynamism in handling. This characteristic has a positive impact on products managed, translating into higher quality, greater repeatability and reduced production waste. The increased dynamism of handling can also easily increase productivity with a higher number of products produced per hour.

The second benefit in this type of application is the cost-efficiency in terms of power consumption. In a world where raw materials run out, machinery such as electromechanical machinery, able to ensure low consumption of energy and materials, offers a sure step forward.

Another milestone in electromechanical handling is its tolerance to variations in production conditions, its versatility and its ease of handling.

All of these aspects indicate a trend in which electromechanical technology will always make inroads in the plastic pipe sector as, equal to the investment, they ensure greater productivity and better products.

Sica strongly believes in this trend. As further proof of this technology's worth, today moulding of the new Unibell E&P is available for carriage handling. As already evidenced, the precision and repeatability of handling is also clear in the socket product which appears better in terms of quality and produces notably less waste. The dynamism of the carriage and the flexibility of the application also guarantee increased productivity and practicality of use.

Sica Open House

The company Sica, which recently celebrated its 50th anniversary, organized an Open House in mid-July, opening again the doors to its factory to extruder and corrugator manufacturers, and pipe producers from all over the world.

Among the 15 machines on display there were: swarfless cutting machine for PE pipes up to 2500 mm; cutting machine for cutting and chamfering without removal of material for PVC, PP and PE pipes up to 160 mm; electric belling machine for PVC pipes up to 200 mm; and multi-belling machine for PP sewage pipes up to 200 mm.

The first (TRK/C 2500) works in an extrusion line, and it cuts up to 180 mm without material removal. Sica’s solution completely avoids all the problems and the major inconveniences that result from cutting with production of chips and dust and from their subsequent collection and management.

The second (TRS 160W) has been specifically designed and assembled for cutting and chamfering PP and PVC pipes without material removal. This model cuts pipes from OD 32 mm to OD 160 mm in extrusion lines. The system can also be realized for saws up to OD 500 mm. The bigger the pipe, the higher the cost savings due to material savings. The new system does not need a vacuuming system or material recycling operations, provides superior chamfer quality, requires less maintenance, and maintains a clean environment. Furthermore, the pipe is clean to be heated again in case of socketing.

The third (Unibell1 200 JRE) has an IR-SW short-waves oven and is characterized by the electromechanical movement of the forming carriage and the complete elimination of hydraulic drives, also for the Rieber System (fully pneumatic). A screw jack, connected to a latest generation brushless motor with resolver, allows a quick and precise mandrel positioning in a closed loop with high mechanical efficiency (up to 70%) and very low noise level. Without the need for oil cooling, this solution also allows a considerable reduction of water use. Moreover, with the elimination of hydraulic movements any possible oil leakage into the environment are avoided and ordinary maintenance is reduced. Both the heating system (IR-SW oven) and the implemented forming carriage drive lead to a high level of process energy efficiency: the machine uses energy only when strictly required, during the pipe heating phase and for the duration of the carriage movement. The consequences are: faster return on investment, greater market competitiveness and greater respect for the environment.

The fourth (Everbell4 200 PSP) has been completely rethought and modernized. It presents innovative features such as: pipe heating in a single IR-SW oven, and both mandrel and flange electromechanical movement. This assures high speed with accurate positioning of the belling tools, easy process parameters setting from operating panel, high energy efficiency, very low noise level, and high system reliability. Since it sockets PP pipes, it is equipped with the Permanent Socket Profile feature. It assures the repetitiveness of the process and the shape of the socket over time.

The 15 machines on show remained on display from the 11th to the 16th of July for everybody to experience Sica’s new technologies for saving money and respecting the environment.

Remote Maintenance

The most innovative electronic technologies and new broadband ADSL lines have made it possible to remotely maintain machines on the production line. This remote access allows specialists and Sica software developers to monitor, check, provide technical support for and modify the operation of installed machines without the need to enter the factory.

The remote maintenance KIT is installed inside the control panel of the machine. Alternatively, a bundle can be provided which includes all of the material needed to temporarily or permanently install the remote maintenance device in machines that do not yet possess them.

To allow Sica specialists to reach the remote maintenance device, the device must be connected to the factory's LAN network via the ethernet port and allow this port to connect to the internet.  The use of high safety standards such as the VPN RELAY and the AES 256 bit data code guarantee a safe connection. The integrated firewall also separates the traffic of automated data from the factory's network data.

As an alternative to the ethernet connection, a UMTS mobile phone network can be used by inserting a USB modem (in key format), complete with an enabled data SIM, into the remote maintenance device.

The benefits that this provides compared with the previous system that used a telephone line are: faster data transmission (and therefore better diagnostic capacity), elimination of frequent interruptions on the line which was a problem with the telephone, the ability (when using a UMTS system) to intervene in areas where it is difficult to pass wires for the internet line.

Today, through this technology, end customers and Sica specialists are even more in step with each other, even if they are located at opposite ends of the globe.

Integrated PDF Reader


Sica's new machines equipped with an Operator Interface allow you to integrate a PDF reader with which it is possible to view technical documentation such as User Manuals, Electrical Diagrams, Pneumatic Circuit Diagrams and other documents to make it easier to refer to them when necessary, therefore improving production management.

The integrated PDF reader is available as an option on newly constructed machines fitted with 10-inch operator panels. The reader is presented as a normal PDF file reader installed on the operating system of the device. Via the powerful Touch Screen (therefore without the use of a mouse and keyboard), you can access and view Electrical Diagrams, Operating Guides and other documents.

Developments to come will also allow you to generate PDF files of certain important documents such as the generated recipes list, the daily production report, the list of alarms active in the machine and other important diagnostic information. This further improves production management and makes it easier to check this directly online on the machine. All of these documents will be accessible via a USB port that operators can easily reach.

Through this function, combined without countless others, Sica aimed to give its machines a brand and appearance in keeping with the times, using the clear benefits of implementing new technologies whilst maintaining the traditional and consolidated reliability at international level.

Remote Human-Machine Interface


Sica's new machines equipped with a touch screen Operator Interface offer the option of reproducing the man-machine interface on any Personal Computer or Personal Digital Assistent (PDA) using a normal network connection. This allows you to remotely control, manage and supervise the machine functions as though you were on board the machine yourself.

The purpose of this is to provide Sica customers with the ability to control the operator panel, and therefore the machine, from any commercial remote control device such as a personal computer, tablet or PDA (an iPhone for example).

To achieve this, the device must have a TCP/IP (ethernet, internet or wifi) connection. The control monitor of the Sica machine can then be accessed via a VNC client. Given that TCP/IP networks and VNC clients are very widely used, this significantly extends the field of application of the system and the possible devices that can be connected.

The contents of the screen are transferred by the PLC machine to the remote device. Therefore, all information that is visible on the machine display is shown and visible on the remote display. This gives you remote control of the machine, allowing you to send controls and actions via a mouse, as though you were using your finger to press on the touch display.

A further benefit of this technology is that the remote panel can also be created as a copy of the main one, in various sizes and resolutions. This allows you to use monitors much larger than standard ones and get the best out of them. Another great advantage is that, in the event that the screen of the operator panel breaks (which often happens through dropping or impacts), you can quickly connect a remote monitor and continue to work with the machine in exactly the same way as you did with the original panel. This minimises the length of time that the machine is out operation and ensures immediate restarting with the same functionality of the original system. The remote device can also be used to easily move around the machine, allowing you to operate in various locations, with greater visibility and comfort for the operator compared with the standard panel fixed to the electrical control box.

Safety is guaranteed as access to the control panel of the machine from external devices is always password protected. This means that only specified users and operators may perform operations remotely.

This new remote control is available for all new Sica machines equipped with touch screen display and can also be implemented in most previous machines with touch screen display.

Innovations in the field of plastic pipes

Sica presents a wide-ranging innovation at the K-exhibition in Dusseldorf: three "green" plastic pipe machines designed to save energy, materials and costs. The surprise will be great and welcomed.

We can speak directly of a revolution for TRS 160 W cutting machine, because finally it can cut and chamfer without removing material. Yes, you read that correctly: without removing material.

This manages to save a considerable quantity of raw material that affects the 80% of the pipe cost, but also to avoid problems of scrap suctioning and recycling. In traditional cutting machines, also in those with knife or tool, chips and dust end up partially between saw mechanisms despite suctioning; for this reason, the necessity of maintenance increases.

In contrast, the new TRS 160 W removes the problem with an innovative system (Patent Pending) that guarantees not only a clean and perfectly perpendicular cut with knife but also a precise and well-defined chamfer, maintaining the same productivity and a satisfactory speed; these are requirements for modern extrusion lines.

Sica's saw can cut any PVC, PP and PE plastic material. The one at the exhibition processes PVC pipes from 25 to 160 mm of diameter.

The second important innovative product is the new Multibell 200M belling machine for PVC sewage pipe. Compared to the previous Everbell model, well known on the market, this new machine has been completely revised and optimized, maintaining an important productivity per hour that reaches 900 sockets/hour with the flagship version. Maintaining unchanged the quality standards and product reliability, the new machine introduces numerous technical features in view of a greatly reduced price both of machine and equipment and a lot of new advantages compared to the previous version such as more compact dimensions with equal productivity, revolutionary system for multi-socketing pipes, ease of use and quick format change. In fact, with the innovative and functional technical solutions, there's a decrease of more than the 60% of the machine tools compared to the previous model, with a significant savings for the costumer in terms of investment and time required for retooling. The machine is still completely pneumatic, with the inevitable advantages related to the higher cleanliness and the superior ease of management thanks to the absence of the hydraulic unit. New important accessibility standards have been achieved with the introduction of a completely movable machine bench: the solution allows complete and safe access to the main areas required for set-up in order to facilitate and accelerate the format change phases.

New easy-to-read large format control displays complete and enrich the potential of this new range of belling machines. These displays have, in fact, new interesting and useful features (for example, the integrated viewer for electric and pneumatic diagrams and for the User's Manual in digital format).

Joining the Multibell 200M for PVC is the new Everbell socketing machine for processing PP pipes. The Everbell, which maintains only the name of the previous model, has been completely rethought and modernized like the Multibell. In fact, apart from specific technical solutions for socketing polypropylene pipes, the same innovative characteristics of the new Multibell 200M are present in the Everbell. The machine inherits compact dimensions, extremely rapid setup, elimination of hydraulics, low power consumption, competitive price but high productivity, ease of use and reduced maintenance requirements.

Another Sica endeavor always to produce new technologies and innovative products is the Unibell 200 E&P belling machine distinguished by the electromechanical movement of the forming carriage. With this solution the hydraulic movements are eliminated from the machine, bringing many advantages from both functional and environmental points of view. The kinematic chain composed by a brushless motor with resolver and a jackscrew with ball recirculation allows the quick and silent mandrel positioning in a closed loop with high mechanical efficiency (up to 70%). Without the need for oil cooling, this solution also allows a considerable reduction of water use. By buying the version with air cooling (Sica patent) and by integrating it with an external refrigeration system (supplied by Sica), the water is completely recirculated. Moreover, with the elimination of hydraulic movements any possible oil leakage into the environment are avoided and ordinary maintenance is reduced. The energy necessary for the forming positioning is used just for the duration of the carriage movement. Moreover, the total absence of hydraulic units brings a significant energy saving, because hydraulic units have a clearly lower total efficiency than this new device. The obvious consequences are: faster return on investment, greater market competitiveness and greater respect for the environment.

With the launch of these machines, we can speak of Sica's "green" turning point. Along with functionality, productivity and quality at the right price, more attention is paid to the environment, and energy and material savings for an sustainable economy. Environmental conservation and savings for a better world!

New TRK/C/Sy/U 2500 cutting machine

Sica is aware of its technological know-how and its thirty-year experience in the field of the automatic cutting process of plastic pipes. The company has increased its range of planetary saws for HD-PE pipes with big diameters and high thickened walls that haul pressure fluids, introducing the new TRK/C 2500, completing the other model range with high dimensions such as TRK/C 2000 and TRK/D 2000 (specific for corrugated pipes); these are long since installed in extrusion lines and work full time.

The new machine has been specifically designed and assembled for cutting PE pipes from OD 710mm to OD 2540 mm (100’’), in extrusion line, without material removal, that is typical of the classic cutting system with toothed disc; in this way, it completely avoids all the problems and the heavy inconveniences that depend on the production of chips and dust and on their consequent collection and management.

In facts, TRK/C 2500 cuts with circular idler blade and has got specific tools that modify the operative conditions of the working process, without penalizing the energy consumption or the overall dimensions.

The new system that controls the cutting process makes the action of the machine more indifferent to the status of the pipe (ovality, thickness inconstancy, working temperature, etc.) and grants a superior cutting quality, even if the pipe has shape anomalies.

The machine is equipped with universal pipe clamps that do not need reductions or ancillary units when the working diameter changes, but which automatically adapt to different diameters, granting a constant grip of the pipe and, consequently, a high quality of the realized cut.

The cutting action is hydraulically realized so that the pipe can be easily penetrated, while the cutting unit movement is electric with automatic synchronization with the extrusion speed, configurable in accordance with the most updated and widespread wiring specifications.

Strong electomechanic supports - with automatic positioning depending on the working diameter, both incoming and exiting the machine - sustain in a rigid and constant way the entire range of pipes that the saw can manage.

The machine is characterized by high safety standard and easiness: perimetral protections with interlocked doors and anti-access systems with laser barriers and an advanced control system in PLC logic with graphic interface on a touch-screen display, for a rapid and intuitive management of the entire cutting process.

The new TRK/C 2500 represents the best technologic answer to the new exigencies in the market of HD-PE pipes with high thickness and very big diameters, mixing high performances and low energy consumptions, user-friendly process and versatility, operative safeness and attention to the environment that today are fundamental factors and that, for this reason, are present in all new Sica’s products.

Automatic Pipe Bender BMS 63

The BMS 63 is Sica's automatic machine for bending and socketing with exceptional rapidity PVC pipes common in electronic and telephonic systems. In particular, this machine can process pipes with a diameter from 16 to 63 mm, with possible final length from 140 to 650 mm. The machine is equipped with a versatile multi-bender and multi-belling system that can bend with a variable angle between 90 and 0° (so, it can also avoid bending) and with bend radius from 1 to 5 times larger than the diameter of the pipe itself.

At every end of each bend/pipe, the machine can also socket (through suitable thermoforming process) both solvent cement and O-Ring type (optional) in every desired configuration, such as:

  • simple bend
  • bend with single socket end
  • bend with sockets on both ends (double socket)
  • straight unbent pipe with single or double socket

In this way, every possible production need can be satisfied.

The bending is hydraulic/pneumatic, and it is controlled through specific proportional valves and linear encoder that guarantees absolute precision and repeatability of the process. Every setting is automatically adjusted from the operational panel with the machine in operation, which prevents interruptions, manual changes or dangerous access into the unit.

Large glass panels on each side of the machine allow full visibility but contextual security of the
process, allowing the operator to follow the repositioning of the pipe through
the different units within the machine, which is composed by:

  • 1 transport and sorting unit for pipes entering the machine
  • 2 ceramic material heating units
  • 2 multi-thermoforming units
  • 1 multi-bending unit with logic control
  • 1 ejection unit of final bent/belled parts.

The final product is unloading in a collection cart supplied with the machine. This allows easy removal of the product, while also permitting a check of the bent/belled product with total security during machine operation to make real-time changes to the necessary parameters for optimizing the process.

The machine can, if required, be equipped with a suitable AL/T63 storage feeder with which BMS 63 becomes a system for creating bent pipes. In fact, the system can store pipes 3 m long, automatically generate pieces of desired lengths (with a specific cutting system with millimetric precision), and feed continually the bending machine, fully automating the process.

Security, management ease, rapid set-up and format change, minimal level of required maintenance, high productivity per hour and high precision in realizing the characteristics of the desired product, distinguish and confirm the quality and the technology of Sica products.

Product page – BMS Pipe benders

Plastics no. 9 (149) 2015

Extrusion 5/2015

Extrusion Russia 4/2015

Plastics no. 6 (146) 2015

Pipe and Profile Extrusion - 7-8/2014

Macplas n. 341 - 6-7/2014

Impianti Building n. 106 - 5/2014

Plast Courier Russia - 3/2014

Pipe and Profile Extrusion - 10/2013

Tube News n.6 - 2013

AutoMotion n.9 - 2013

Impianti Building n.102 - May 2013

From: Impianti Building n.102 May 2013

Impianti Building n.102 [PDF]

Plastic n.9 - 2013

From: Plastic n.9 - 2013

Plastic n.9 2013 [PDF]

Plastics n.5 - 2013

From: Plastics n.5 2013

Plastic n.5 2013 [PDF]

Industrias Plasticas n.198 - 2012

From: Industrias Plasticas n.198/2012

Industrias Plasticas n.198/2012 [PDF]

Plastic n.9 - 2012

From: Plastic n.9 2012

Plastic n.9 2012 [PDF]

Industrias Plasticas n.196 - 2011

From: Industrias Plasticas n.196/2011

Industrias Plasticas n.196/2011 [PDF]

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