With over 125 years of experience in the weaving industry, Stäubli is well known as a leading global manufacturer of high-speed shedding and weaving preparation machinery. Stäubli offers reliable machinery to produce a wide range of fabrics, including denim fabrics, shirting fabrics, and bed linens, without compromising their quality. From cam motions to rotary dobbies and drawing-in machines, all Stäubli machines are manufactured to fit the specific needs of weavers in the Pakistani textile market.
The Pakistani textile industry has become one of the world’s highest cotton producers. Hence, the production of garments and home textiles has contributed to its advancement in the textile sector.
In recent years, the Pakistani market has faced multiple supply chain challenges. Due to high energy costs, lack of technological investments, and supply chain disruptions, textile manufacturers battle with inefficiency and unstable demands year-round.
In response to these challenges, Stäubli a renowned global manufacturer of weaving machinery provided its solutions adapted to warp preparation, as well as high-speed shedding solutions to produce high-quality fabrics for home textiles and garment fabrics at a reduced cost.
Efficient drawing-in of yarns for fabric manufacturing
Among its expertise, Stäubli offers its SAFIR series of drawing-in machines for warp preparation. The SAFIR PRO S47 is a high-speed automatic drawing-in system ideal for processing standard fabrics. It meets the highest quality standards for the drawn-in harness helping users save time and cost.
Thanks to the Active Warp Control 2.0 Double End Detection, manufacturers benefit from the faultlessly drawn-in harness to produce innovative, outstanding, and unique designs for denim fabrics, shirting fabrics, and home textiles such as upholstery, bed and table linen.
This cutting-edge technology enables automatic detection of yarns and easy adaptation of warp sheets, for the weaving process. Stäubli works precisely with each customer to ease their needs. With automated systems, the production of quality materials at reduced time and cost is ensured. Weaving mills access reduced operational costs by minimizing errors and waste as this machine offers very high and error-free drawing-in rates, and quick and easy style change without affecting the fabric quality.
Reliable weaving solutions for high productivity
Manufacturers in the textile sector need flexible and reliable machinery that will not only help reduce costs but also keep the quality of their products. Stäubli provides a wide range of reliable weaving systems, including cam motions and rotary dobbies. The S3280 rotary dobby is an ultra-high-speed operation machine with minimal vibration, suitable for producing all types of patterned fabrics. This machine can be suitable for air-jet applications and is customized according to the required performance and parameters of the weaving machine. This dobby is equipped with up to 16 levers and can be used with the new maintenance-free harness motion e32/e33 offering high performance at its peak. Its fully integrated cooling system and a new lubrication system, ensure an optimized regulation of the machine and provide users with low maintenance operations, making it ideal for weaving mills to reach high productivity and high return on investment in the long run.
MyStäubli platform for efficient machine use and maintenance
Stäubli offers innovative machinery as well as the required support that ensures their optimal use. In the process of easing customers’ pain points, Stäubli offers its customers a full package of support to guarantee the durability and use of their machines throughout their lifespan. MyStäubli is a versatile and complete web app that makes it easy to take care of your machinery, optimally train your team, complete your knowledge, and easily purchase spare parts.
Following the customer’s needs, the platform offers access to technical documentation, tutorials, maintenance follow-up, and support services, either live or remote. Weaving mills can now tackle the complexity involved in the use of machines, by accessing real-time data analysis and predictive maintenance of machines, ensuring effective equipment management and minimised downtime.
