Not many know that the spinal implant requires three static tests, which includes tensile bending, torsion and compression bending and one fatigue test. From replicating athletic shoes, testing dental implants to auto-injector, which is increasingly becoming a popular choice to replace the traditional syringe injection process among the patients and doctors, the applications of LFV-L Multipurpose Dynamic & Fatigue Systems are diverse.

Also ideal for testing of advanced or biomedical materials and best suited for the automotive and aeronautical industries, the LFV-L Multipurpose Dynamic & Fatigue Systems are best for compression, bend, durability and of course fatigue tests.

The system comprises an integral T-slot platen, which is well suited to mount grips & fixtures

.Here are some of the main features of the LFV-L Multipurpose Dynamic & Fatigue Systems:

  • Thanks to the stiff machine frame of high rigidness, it provides superior axial and lateral firmness and guarantees robustness, durability and long-term operation
  • Adjustment of test space is available from mechanical lift to automatic system
  • The machine comes with adaptable design for testing components and different kind of materials
  • The device is compact and saves a lot of space due to integrated hydraulic
  • The machine comes with the advanced digital control electronics and closed loop control with data acquisition rate

 Choosing a Fatigue Test Machine

When you go about selecting a fatigue test machine, you should select a series depending on the maximum force you need. Before the task begins, confirm the maximum test speed requirement, which also establishes the size of the power pack and the actuator. One should also look at the expendables and the diverse compatible accessories.

Difference between Servopneumatic, Servohydraulic,

Single Phase & Multi-Phase Linear Motor Driven

A Servopneumatic testing machine is quite similar to that of the hydraulic test system. However, the Servopneumatic testing system uses compressed air instead of hydraulic fluid as the driving media. The performance frequency of the Servohydraulic testing system is higher than the Servopneumatic test systems.

Servohydraulic test systems can be sized for just about any loading requirement and they are also easy to design especially if you have a force requirement, a new custom actuator.  

Meanwhile, the Single Phase Linear Motors have low output force range and are most suited for testing small medical devices developed for the intravascular market. The power required to drive a Single Phase Linear Motors is quite low compared to the power required to drive a Servohydraulics.

If you are looking for the advanced The LFV-L servohydraulic Table Top series, then meet us at Arablab 2021 at stall 437 in hall 3 in Dubai for a live interaction and demo of the amazing product.