ECore+Series
The ECore+ Series testing systems are linear motor-driven testing equipment. This system is capable of conducting tests ranging from
low-speed static experiments to high-frequency closed-loop dynamic tests up to hundreds of Hertz.
Its testing capabilities make it an ideal choice for the research and development of biomaterials, medical equipment components, new materials, and the testing of polymer composite materials.
The ECore+ Series can achieve both single-axis and biaxial tensile-torsion testing functionalities.
The ECore+ Series is designed to be simple, intelligent, and to meet your testing requirements effectively.
Electronic Fatigue Testing System
✔ High-rigidity frame
✔ Unique linear motor technology tailored for testing
✔ Operable with single-phase power supply, no need for additional utilities for basic machine operations
(e.g., pneumatic, hydraulic, or water)
✔ Electric lifting system with manual lever clamp for easy adjustment of the testing space
✔ High dynamic performance, capable of operating above 100 Hz
✔ Single-axis and biaxial tensile-torsion compound actuators; configurable for environmental testing accessories and various test
standard fixtures
✔ Compact and quiet testing system, easy to install with low energy consumption. The system ensures unparalleled performance in terms of accuracy and frequency
✔ Easily adjustable testing space, suitable for various specimens, fixtures, fixtures, and accessories
MEF Series
Electric servo-driven with few supporting components, characterized by a compact footprint and high precision. Provides a quiet testing environment.
Electric Servo Fatigue Testing System
✔ The mainframe has a large working space and high rigidity of the frame.
✔ Unique concentricity adjustment device to ensure precise alignment.
✔ Electrically driven vertical movement of the crossbeam, featuring a unique locking mechanism with specific locking prompt function.
✔ T-slot worktable for easy installation of various fixtures and accessories.
The electric servo fatigue testing system is suitable for fatigue and static testing, crack propagation, fracture toughness tests, and other dynamic tests of various materials, including but not limited to biomaterials, metals, plastics, and composite materials.
