Textile machine industry

How load cells & force measurement systems are used in the textile machine industry to optimise efficiency, product quality and production processes.
Download Case Study
19 March 2026
Interface Force

Load cells used across all processes from yarn to finished fabric

Our customers in the textile machine industry need to ensure efficiency, quality and consistency at all stages of the process, from yarn to finished fabric. In textile manufacturing, consistent yarn tension is crucial for high-quality fabrics. Yarn tension monitoring ensures smooth operations during processes like spinning, weaving, knitting, and winding. This system detects and corrects deviations to maintain quality.

Weaving looms, which interlace threads to create fabrics, require precise tension control. A real-time tension monitoring system enhances weave efficiency, reduces material waste, and minimises downtime. Fabric winding machines, used to wind large fabric rolls, also demand accurate tension control. A force measurement system continuously monitors the tension, preventing defects and ensuring structural integrity. This application note covers how our load cells are used at all stages in the textile machine industry to monitor quality and consistency.

Our load cells, torque transducers, and specialised load pins provide valuable sensor data for tension and torque measurements to textile manufacturers, one of the reasons textile testing instrument maker, James Heal, uses our products for their textile test machines.

Textile machine industry image 1
Textile machine industry image 1

Customer need/challenge

In textile manufacturing, consistent tension levels of yarn is needed during production. Yarn undergoes many different manufacturing processes such as spinning, weaving, knitting, and winding, and quality control is crucial to produce high quality textile products. A tension monitoring system is needed.

Interface solution

Interface’s SML Low Height Load Cells can monitor the force of the individual yarn strings on the track wheel. SMLs are attached to a clevis, which is then attached to a track wheel that holds the yarn in the machine. When yarn tension is loose, misaligned, or misplaced, the SML detects the lack of force and and an alarm notifies the customer when connected to the BX8-AS BlueDAQ Series Data Acquisition System. Results can be monitored when connected to a PC or laptop with supplied BlueDAQ software.

Materials

  • Multiple SML Low Height Load Cells
  • Multiple Clevises
  • One BX8-AS BlueDAQ Series Data Acquisition System per eight SMLs
  • Supplied BlueDAQ software
  • Customer PC

How it works

  • Multiple SML Low Height Load Cells are attached to clevises, and installed into the yarn machine. A track roller is attached onto the clevis, where the yarn string safely stays on. When a yarn string loses tension or is misplaced, the SML’s will detect the lack of force.
  • The BX8-AS BlueDAQ Series Data Acquisition collects the force readings where it can be displayed and monitored when connected to the customer’s computer with supplied BlueDAQ sofware. Eight SML’s can be paired with one BX8.

Customer need/challenge

A weaving loom machine is a device used to create woven fabric by interlacing threads or yarns at right angles to each other. A real-time tension monitoring system is needed to ensure the tension of the material is perfect in order to create optimal weave efficiency.

Textile Manufacturing: Weave loom efficiency

Materials

  • WTSLP Wireless Stainless Steel Load Pins
  • WTS-BS-1-HS Handheld Display for Single Transmitters
  • WTS-BS-4 Industrial USB Base Station with Log100 software
  • Customer PC

How it works

  • Interface’s custom WTSLP Wireless Stainless Steel Load Pins are integrated into the beam used in the weave loom machine.
  • The WTSLPs measure the tension from the beam and wirelessly transmit the data to the customer’s PC through the WTS-BS-4 Industrial USB Base Station. Data is displayed, logged, and graphed with supplied Log100 software.

Learn More

Back To Top