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Labmate Flexometer measures the flexibility or flexibility-related properties of materials. They allows customization of key parameters like flex cycles and speed. They are equipped with counter to track the number of flex cycles. They facilitates quick and accurate calibration. Our Flexometer includes safety measures for operator well being during testing.
Frequently Asked Questions
1 What is a Flexometer?
A Flexometer is an apparatus designed to test the flexibility & bending resistance of materials such as leather & rubber.
2 How does a Flexometer work?
It works by measuring the bending angle of an object.
3 Does Flexometer track number of flex cycles?
It is equipped with a counter to track number of flex cycles during testing.
4 Is it possible to inspect the material during test?
It is possible to inspect the material for signs of wear & tear during test.
5 The accuracy of Flexometer is dependent upon what factors?
It depends on Flexometer type, calibration as well as design.
6 Is Flexometer easy to use?
It is user-friendly & provides reliable results.
Understanding Flexometer: Purpose, Process, and Benefits
Flexometer is a laboratory instrument designed to test a material’s resistance to fatigue from repeated flexing or bending. It works by subjecting a test specimen to continuous flexing cycles under controlled temperature and load conditions. The machine measures how long the material withstands this mechanical stress before showing signs of wear, cracks, or failure.
Our Flexometer operates by repeatedly bending or flexing a test specimen under controlled conditions to simulate long-term use and assess material fatigue. It typically consists of;
High Cycle Fatigue Testing
Temperature Control
Programmable Testing Parameters
Multiple Specimen Testing
Flexometer is extensively used in industries where materials undergo repeated mechanical stress, helping evaluate their durability, fatigue resistance, and overall performance. In the footwear industry, it is used to test soles, insoles, and upper materials to ensure they can endure continuous bending during wear. The automotive sector uses them to assess the flexural fatigue of rubber parts like tires, seals, and suspension components. In the rubber and polymer industry, this device is vital for analyzing the long-term behaviour of elastomers under dynamic stress. The textile and leather industries use Flexometer to study cracking and wear in fabrics, artificial leather, and coated materials. In aerospace and defense, flexural testing ensures that flexible materials used in gear, insulation, and seals meet stringent durability standards. Academic institutions and research laboratories also employ Flexometer for material development, quality control, and fatigue studies, helping manufacturers improve product reliability and safety.