Horizontal stretching machine for biomaterials

Kyle Measurement and ControlHorizontal stretching machine for biomaterials

Features

• Diverse loading testsIt can achieve single axis independent testing, as well as dual axis proportional and non proportional loading testing, to meet the mechanical performance testing needs of different biomaterials.

• Observation of microstructureCombined with microscopic observation equipment such as optical microscopes and X-ray diffractometers, it is possible to characterize the evolution law of the microstructure of materials during the loading process online.

• Non contact measurementOptional video extensometer can achieve non-contact measurement and control testing of biaxial strain, avoiding contact damage to biological material samples and improving measurement accuracy.

• Environmental simulation testingEquipped with a standard constant temperature water bath environment system, it can simulate the single and biaxial mechanical performance testing of biomaterials in environments such as PBS buffer at 37 ℃.

• Rich experimental planCombined with independently developed professional software, it can achieve testing schemes such as biaxial synchronous stretching, cycling, and asynchronous loading.

Technical Specifications

• loading frequency：0-1Hz。

• Displacement resolution：0.1μm。

• Peak value of dynamic load：5N、100N、300N。

• Maximum static load：5N、100N、300N。

• Test load resolution± 0.5% of the displayed value or ± 0.05% of the full scale (whichever is better).

• Displacement measurement range：0-100mm， Maximum 100mm in water bath environment.

• Measurement range of test load：0.5%-100%FS。

• loading rate：5μm/s-0.5mm/s。

• Kyle Measurement and ControlHorizontal stretching machine for biomaterials

• In situ loadingAdopting in-situ loading method to ensure that the center position of the sample remains unchanged, facilitating in-situ observation.

• Microscopic observationPaired with microscopic observation equipment such as SEM, AFM, X-ray diffractometer, etc., achieve online observation of microstructure.

• High precision sensingEquipped with imported high-precision load sensors and displacement sensors to ensure the accuracy of measurement data.

• Control and ExpansionUsing commercially independent intellectual property controllers and drivers with scalability.

• versatile designDual load sensor design, with a wider range of applications; It can be used vertically for compression testing, achieving multi-purpose use of one machine.

• Custom experimentFree combination of test actions to meet various special test requirements such as tension, compression, creep, relaxation, fatigue, etc.

• Environmental simulationCombined with environmental attachments, various tests can be conducted in environments such as constant temperature water bath, high temperature, and refrigeration.