1、 Introduction to Fatigue Testing Machine for Biomaterials:

FuleDynamic fatigue testing machine for biomedical materialsMainly used for various biomaterialsSurgical implant materialsCompression fatigue of medical materials such as metal fixators, bone plates, interbody fusion devices, knee joints, spinal fixators, femoral heads, hip joints, intramedullary nails, screws, etc/Three points of fatigue/Four point fatigue durability life and other mechanical performance tests. It can automatically obtain test parameters such as fatigue strength, fatigue load, fatigue cycle times, fatigue life values, etc., automatically draw various test curves, such as sine wave, triangular wave, square wave, oblique wave, random wave and other waveform curves, and automatically print test reports and test curves.

2、 Main technical parameters:

2.1Testing machine model:FLPL104E；

2.2Test force: ±5000N；

2.3Accuracy of test force indication:1%-100%FSWithin the scope;

2.4Dynamic indication fluctuation of test force: ±0.5%FS；

2.5Large displacement of actuator: ±50mm;Indication accuracy ±0.5%FS；

2.6Main experimental waveforms: sine wave, square wave, triangular wave, oblique wave, and sine block wave, etc;

2.7Control method: displacement or test force;

2.8 Test frequency range:0.1-20Hz；

2.9Experimental space: height adjustable empty space300~600mm；

2.10TThe workbench can be conveniently connected to various testing fixtures;

IIIDynamic fatigue testing machine for biomedical materialsProduct Features:

3.1.The design of the fatigue measurement and control system for surgical implants in Fule Biomaterials meets strict testing machine product standards and is compatible with software systems. It integrates functions such as sensor signal amplification, data acquisition, data display, curve drawing, and data processing; Integrated with various complex testing functions such as stress and displacement control required for high-end fully automatic testing machines.

3.2.Fule measurement and control software has a built-in signal generator. Main test waveforms: sine wave, triangular wave, square wave, oblique wave, sine block wave, etc.