ELECTROMAGNETIC FATIGUE TESTING – BMT-M
The BESMAK BMT-M Electromagnetic Fatigue Testing Machine is designed for precise dynamic and static testing of materials and components. Its electromagnetic actuator applies accurate cyclic loads with excellent repeatability while providing smooth and frictionless motion. Unlike conventional hydraulic or pneumatic fatigue testing systems, the BMT-M requires no hydraulic oil or compressed air. This enables quiet operation, low maintenance requirements, and reliable long-term testing performance. With closed-loop load control, high-frequency testing capability, and Class 0.5 force measurement accuracy, the BMT-M provides an efficient solution for laboratories, universities, research centers, and industrial material testing applications.
Key Features of the BMT-M Electromagnetic Fatigue Testing Machine
Precise Load Control
- The closed-loop control system provides accurate and repeatable test results during fatigue and cyclic loading tests.
Class 0.5 Accuracy
- The system provides reliable force measurement with Class 0.5 accuracy, supporting precise laboratory and research applications.
Dynamic and Static Testing
- The BMT-M is suitable for both dynamic and static testing, allowing different material and component testing procedures to be performed with a single system.
High-Frequency Fatigue Testing
- The electromagnetic fatigue testing system supports test frequencies above 100 Hz, making it suitable for high-cycle and accelerated fatigue testing applications.
SEMATRON Control Software
- The SEMATRON control software provides real-time test monitoring and automatic reporting, helping operators efficiently manage test procedures and results.
Low Maintenance
- The electromagnetic actuator eliminates the need for hydraulic or pneumatic systems. As a result, no hydraulic oil or compressed air is required, reducing routine maintenance requirements.
Custom Fixtures
- The system supports a wide range of grips and fixtures, allowing the testing configuration to be adapted to different specimens and applications.
How Does the Electromagnetic Fatigue Testing Machine Work?
- The BMT-M uses an electromagnetic actuator to generate controlled cyclic loads. The actuator provides smooth, frictionless motion while the closed-loop control system continuously regulates the applied force.
- This technology enables accurate and repeatable fatigue testing at high frequencies without relying on conventional hydraulic power units or compressed-air systems.
Applications
The BMT-M Electromagnetic Fatigue Testing Machine can be used for dynamic, static, cyclic, and high-frequency testing of various materials and components.
Typical applications include:
Fatigue testing of materials and components
High-cycle fatigue testing
Dynamic testing
Static testing
Cyclic loading tests
Material research and development
University and research laboratory testing
Industrial quality control
BMT-M Series Models
| Product Code | Product Name |
| BMT-200/FT6000 | Rotary Bending Fatigue Test Machine, 200 N Capacity (6000 rev/min) |
| BMT-250/FT2500 | Rotary Bending Fatigue Test Machine, 250 N Capacity (2500 rev/min) |
| BMT-250/FT3000 | Rotary Bending Fatigue Test Machine, 250 N Capacity (3000 rev/min) |
| BMT-250/FT5000 | Rotary Bending Fatigue Test Machine, 250 N Capacity (5000 rev/min) |
| BMT-250/FT6000 | Rotary Bending Fatigue Test Machine, 250 N Capacity (6000 rev/min) |
| BMT-1000/FT2000 | Rotary Bending Fatigue Test Machine, 1000 N Capacity (2000 rev/min) |
| BMT-2000/FT3000 | Rotary Bending Fatigue Test Machine, 2000 N Capacity (3000 rev/min) |
| BMT-2000/FT6000 | Rotary Bending Fatigue Test Machine, 2000 N Capacity (6000 rev/min) |
Advantages of Electromagnetic Fatigue Testing
The electromagnetic drive technology of the BMT-M provides several advantages for laboratories requiring reliable repetitive testing. The system combines high-frequency operation with precise load control while avoiding the infrastructure and maintenance requirements associated with hydraulic and pneumatic systems.
Its quiet operation, low maintenance requirements, high measurement accuracy, and flexible fixture compatibility make it particularly suitable for demanding fatigue testing environments.
Why Choose BESMAK BMT-M?
BESMAK develops material testing systems for laboratories, universities, research institutions, and industrial testing facilities. The BMT-M combines electromagnetic actuation, accurate closed-loop force control, high-frequency testing capability, and SEMATRON software in an integrated fatigue testing solution.
For laboratories requiring other testing configurations, the BMT-M can complement BESMAK Universal Testing Machines, Dynamic & Fatigue Testing Systems, Servo Hydraulic Actuator Systems, and other Material Testing Equipment.
Frequently Asked Questions
What is an electromagnetic fatigue testing machine?
An electromagnetic fatigue testing machine uses an electromagnetic actuator to apply controlled repetitive or cyclic loads to materials and components to evaluate their fatigue behavior.
What is the maximum testing frequency of the BMT-M?
The BMT-M supports testing frequencies above 100 Hz, making it suitable for high-frequency fatigue testing applications.
Can the BMT-M perform both dynamic and static tests?
Yes. The BMT-M is designed for both dynamic and static testing applications.
Does the BMT-M require hydraulic oil?
No. The electromagnetic actuator operates without a hydraulic system, so hydraulic oil is not required.
Does the machine require compressed air?
No. The BMT-M does not require a pneumatic system or compressed air for its electromagnetic actuation.
What is the force measurement accuracy?
The BMT-M provides Class 0.5 force measurement accuracy.
Which software is used with the BMT-M?
The machine uses SEMATRON control software for real-time monitoring and automatic reporting.
