新闻资讯

News Center

current position: Home > News Center > Industry news

Ultra-high Frequency Electromagnetic Fatigue Testing Machine

2025-02-05 14:43:13
times
The electromagnetic resonance ultra-high frequency testing machine is a device used to apply loads to specimens to complete mechanical property tests. It can apply high-frequency alternating loads and inertial loads to specimens in a resonant manner, as well as static loads in the form of elastic forces, within the limits of machine load, space, and environment. The loading methods can include tension, compression, bending, shearing, and torsion, among others. The specimen can be any component in solid form, regardless of material or shape. It can also be used in special environments such as high temperature, high humidity, and salt spray.

The machine integrates the functions of three traditional machines: electromagnetic resonance high-frequency testing machine, electronic universal testing machine, and vibration table, achieving multi-purpose use in one machine. In terms of application, the machine has no specific industry limitations and is suitable for any loading tests required to obtain mechanical property indicators of specimens, including fatigue performance, strength, stiffness, and deformation.

Machine Features:
  1. Structural Feature — Dual Four-Post Design
    The machine features an inner and outer dual four-post structure, ensuring high rigidity and precise motion guidance. The machine has a neat appearance and eliminates potential safety hazards.
  2. Functional Feature — Multi-Purpose Use
    In addition to the basic function of electromagnetic resonance high-frequency loading for fatigue testing, this device also integrates the functions of an electronic universal testing machine and an electric vibration table, achieving multi-purpose use in one machine.
  3. Performance Feature — Ultra-High Frequency, Large Amplitude, and Sensor Placement
    The working frequency of this device can exceed the standard upper limit of 300 Hz, reaching up to 450 Hz. The allowable amplitude is set at 3 mm at the factory but can be extended to 6 mm. The device also features an upper-mounted sensor for force measurement, providing ample and flexible space on the working table to install specimens. This design facilitates the testing of special specimens, such as extra-long, extra-large, irregularly shaped, and cantilever beam specimens.
  4. Software Feature — Touchscreen Operation, Photo Input, and Diverse Specimen Options
    The device is equipped with a touchscreen interface for easy operation. It also supports photo input for specimen data and offers a wide range of specimen options to meet various testing requirements.


Previous:None

Recently Viewed: