Industry news

Uster introduces Uster Tensojet 5 tensile testing machine for yarn

21-07-2018

Uster Technologies has introduced the Uster Tensojet 5 tensile testing machine for fiber testing. This tensile tester accurately measures the strength of the yarn, which is combined with reliable protection against quality complaints based on accurate predictions of fiber performance in subsequent processes. Uster Group is a manufacturer of high-tech products for the textile industry.

 

The Tensojet Uster Tensile Strength Tester can operate at speeds of up to 400 m / min with the overall testing center to offer a new range of benefits for both quality and profitability for fiber manufacturers.

The high speed of 400 m / min accurately simulates the dynamic stress on the yarn during the weaving process and this makes the Uster Tensojet 5 a unique tensile testing system. It is the standard for predicting textile weights by providing accurate predictions of the impact of fibers in subsequent processing, especially on high-performance weaving machines.

Uster Tensojet 5 performs 30,000 tests per hour, creating accurate data through positive and fast measurements. By using this large amount of data, the system can predict weaknesses on the fiber. In other words, this critical prediction function would be difficult or impossible to achieve - and is way beyond the capabilities of other traditional test engines. Graphical tools such as scatterplot show all the important information. The correlation with the Uster Statistic standard makes the Uster Textile System an important tool to minimize complaints and bring manufacturers to higher profits.

The process control is the result of connection to Uster Tester 6. The integration of the results with Uster Tester 6 allows users to benefit from intelligent alerting through the Total Testing Center Center). Intelligent reporting integrates results from both uniformity and tensile testing, providing an overview of the quality produced.

Only through the Total Testing Center can a clear pattern of textile efficiency be provided as objective levels, predicted by combining the durability parameters from Uster Tesojet 5 and the material parameters. Quantity from Uster Quantum fiber cleaning mechanism 3.

According to vinatex.com