Single axis mechanical performance tester for biomaterials

Testing and validation of the mechanical properties of polymer materials and biomaterials are crucial for research and analysis. To this end, we have provided a unique solution through the high-precision and modular SLBY-LF-xX30 uniaxial mechanical testing system. The high-precision single axis mechanical testing system is a compact mechanical testing system developed specifically for laboratories and educational research. The instrument has a small footprint and is easy to use. The system aims to reveal the relationship between the micro mechanical properties and macro mechanical properties of various biological tissues and materials through high-precision mechanical testing. This system is ideally designed for testing various materials, from polymers and rubber to tissues such as the brain and stomach. The easy-to-use software and rich fixtures make the instrument easy to use without extensive training.

Single axis mechanical testing system

1. Able to perform mechanical loading such as compression, tension, shear, bending, fatigue, etc

2. High precision load sensor, with multiple sensors ranging from 0.1-300N to choose from

3. High precision motion axis, with displacement accuracy up to 1 micron.

4. Used for static and cyclic testing

5. Synchronized imaging, real-time display of sample status, and synchronized image acquisition·

6. It is applicable to the testing of a wide range of samples, fiber filaments, gel, biological tissues, and soft polymers

Fixtures and testing platforms

1. Various compression fixtures suitable for small samples, including spherical indentation fixtures.

2. Three point bending fixture, stretching fixture

3. The water bath provides a liquid testing environment

4. All fixtures are capable of high-pressure and ultraviolet sterilization.

5. Custom grips can also be selected as optional items based on user needs

Single axis mechanical performance tester for biomaterials

Single axis mechanical performance tester for biomaterials