Stäubli to redefine processing efficiency at ITM 2024

Stäubli to redefine processing efficiency at ITM 2024

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Customers will discover a novelty dedicated to style changes in the weaving preparation department.

Stäubli is presenting an overview of its latest high-end technologies, machinery, and solutions that offer the textile industry more and greater benefits. Customers will discover a novelty dedicated to style changes in the weaving preparation department: SAFIR PRO S67, the new speed generation for the automatic drawing in of coloured warps.

Quality and high-speed processing of warps in the weaving preparation

Stäubli to present NEW SAFIR PRO S67 and TIEPRO warp-tying to shorten workflows.

NEW SAFIR PRO S67 drawing in machine: The renowned SAFIR automatic drawing-in machines make it possible to shorten workflows, resulting in cost savings and expanding the variety of application possibilities. Equipped with state-of the art Stäubli technology, the so-called Active Warp Control (AWC), the SAFIR drawing-in machines feature capabilities such as colour recognition or yarn repeat management. Even warps with multiple colours and without a 1:1 lease can be drawn in, with no error or loss of productivity. The final result is a perfectly drawn-in weaving harness ready for the downstream weaving process. Visitors to ITM 2024 can witness for themselves the impressive speed and efficiency of automatic drawing in with the SAFIR PRO S67 model, dedicated to the needs of cotton fabric mills whose main applications are coloured warps for shirting or other.

TIEPRO warp-tying machine: Another crucial process in many weaving mills is warp tying. Stäubli is presenting the TIEPRO warp tying machine together with TPF3B-10 warp tying frame. This machine offers unique features supporting easy start up and processing of the warp to be tied. New staff can easily learn how to run the machine as the screen guides the operator. A standalone advantage of the TIEPRO tying machine is that if a double end is detected, the machine with its exclusive auto-reverse function automatically reverses and redoes that yarn separation step. This process takes place before the yarn is cut. The machine does not require an oil bath and maintains high availability in the mill.

Energy saving Jacquard weaving solutions

The weaving solutions of Stäubli incorporates several innovations to reduce energy consumption.

SX PRO Jacquard: The Stäubli SX PRO responds to market demands for higher power efficiency and lower energy consumption. It incorporates all of the proven Stäubli Jacquard technology as well as several innovations to reduce energy consumption: low-friction design of the MX PRO module, power supply fully integrated into the machine itself, and a new ventilation system with optimised temperature monitoring. Equipped with up to 2,688 hooks, the SX PRO
is perfectly adapted to the needs of the Turkish market, where terry cloth, apparel fabrics, tapestries, and upholstery fabrics are produced.

SX PRO electronic Jacquard machine

Shed formation for high speed frame weaving: The rotary dobby is a revolutionary machine invented by Stäubli many decades ago, and Stäubli has been continuously developing it further. The third generation of electronic rotary dobbies, the S3000 / S3200 electronic rotary dobby family, is an evolutionary design. It incorporates the unique Stäubli locking system, which provides enhanced security for the selection of the heald frames, allowing higher running speeds and superior reliability. This latest generation of electronic rotary dobbies offers astounding benefits to weavers.

S3060 electronic rotary dobby

Last year weavers could discover the brand new S3280 electronic rotary dobby concept in Milan, now visitors to ITM can discover it in Istanbul. This dobby is designed for ultra-high-speed operation, a minimum of vibration, and extremely reliable performance. Coupled with the new e32/33 G transmission, the S3280 is a must-have solution for frame-weaving mills that demand the utmost in productivity. In addition, this dobby is representative for Stäubli’s commitment to sustainability, providing eco-friendlier solutions that make optimum use of natural resources. Stäubli rotary dobbies in the S3000/S3200 series are composed of more than 93 per cent metal. The remaining 7 per cent comprises electronic components, plastics, cables, etc. This means the recyclability of these machines ranges from at least 96 per cent to over 99 per cent, depending on the range family.

Stäubli unique low maintenance transmissions

The transmission is a vital link in the frame-weaving installation, handling a great many loads and forces. Stäubli offers the e32/33 for low-mounted and the de82/83 for top-mounted dobbies. With sealed and patterned bearings, these transmissions reduce the need for maintenance and enhance the performance of the overall installation. The recycling potential of the e3*F transmission is over 99 per cent.

Carpet-weaving systems for a versatile carpet offer

On ITMA 2023 in Milan Stäubli launched the ALPHA 580 UNIVERSAL carpet weaving machine. Since, this weaving system has been integrated in several leading carpet factories where it provides increased productivity and flexibility for handling a wide range of carpet varieties. Equipped with the LX2494 Jacquard machine, featuring the NOEMI electronic architecture, it is a synonym of operational stability. Latest carpet samples woven on the ALPHA 580 UNIVERSAL can be seen at the booth. 

More examples of Stäubli products, in applications with Jacquard machines, dobbies, and cam motions can be seen during ITM 2024 at various booths of Stäubli partners.

Stäubli is a global mechatronics solutions provider with four divisions: electrical connectors, fluid connectors, robotics, and textile.

Starting off as a technological pioneer and reliable partner in the weaving industry, Stäubli Textile has been developing and producing high-quality systems for the weaving industry for over a century. Their comprehensive range of proven machines an automation solutions allows weaving mills to optimise their production process and increase productivity.

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