




Sauter TVL Test Stand
Sauter TVL Test Stand
The Sauter TVL Test Stand is a manually operated force test stand designed to improve the accuracy, repeatability and consistency of compression and tensile force testing. By providing controlled movement and stable positioning of the test sample, the TVL test stand helps minimise operator influence, making it suitable for routine quality control, product inspection and laboratory testing.
Compatible with a wide range of Sauter force gauges, the TVL offers a practical solution for engineers, manufacturers and testing laboratories that require reliable force measurement without the complexity of a motorised system. Its robust construction and precise mechanical adjustment allow controlled application of force during both compression and pull testing across a variety of materials and components.
The TVL is suitable for testing springs, plastics, packaging, rubber products, electronic components and manufactured assemblies. Whether used for incoming inspection, production quality assurance or product development, it provides a dependable platform for obtaining repeatable force measurement results. Before selecting a test stand, users should confirm compatibility with their force gauge, sample dimensions and the required testing capacity.

Learn more
Product specification
Compare model specifications.
| Model | TVL | TVL-E | TVL-O | TVL-XL | TVL-XLS |
|---|---|---|---|---|---|
| Display Type | - | - | - | - | - |
| Max Generated Force | 1 kN | 2 kN | 1 kN | 500 N | 500 N |
| Drive Type | Manual | Manual | Manual | - | Manual |
| Travel Distance | 230mm | 290mm | 230mm | 230mm | 230mm |
| Extra Features | Digital Travel Display | - | - | Travel Extension Kit | - |
Learn more
Applications
Features
FAQs
What force gauges are compatible with the Sauter TVL Test Stand?
Can the test stand perform both compression and tensile testing?
What applications is this test stand suitable for?
Why use a manual force test stand instead of handheld testing?
A manual test stand provides controlled movement and improved repeatability, helping reduce operator influence and produce more consistent force measurement results.



