Site: www.flaw-detectors.com O meu WhatsApp: +8613962118490 Email:youyuquan15@gmail.com Inspecção automatizada de rolos de rolamentos por detectores de falhas de corrente de redemoinho
Brief: Discover the advanced SWT-602 Automatic Bearing Roller Eddy Current Flaw Detector, a cutting-edge solution for non-destructive testing in the bearing manufacturing industry. This large-scale integrated circuit device ensures high automation, fast detection, and reliable performance for detecting surface and sub-surface defects in bearing rollers.
Related Product Features:
Utilizes eddy current testing (ECT) technology to detect surface and sub-surface defects like cracks and inclusions.
Fully automatic inspection machine with advanced microcomputer control and large-scale imported integrated circuits.
Equipped with a perfectly designed mechanical transmission device for a complete mechatronics system.
Software written by WINDOWS operating platform for convenient and intelligent operation.
High automation with fast detection speed and no human factors, making it ideal for bearing roller inspection.
Can detect cracks as deep as 0.03mm with a detection speed of up to 6 m/s.
No need for demagnetization or cleaning after inspection, saving time and effort.
Automatically feeds, sorts, and counts bearing rollers for efficient workflow.
Perguntas Frequentes:
What types of defects can the SWT-602 detect?
The SWT-602 can detect surface and sub-surface defects such as cracks, inclusions, and other material irregularities in bearing rollers.
How does the eddy current flaw detector work?
The detector induces eddy currents in the bearing roller through a rapidly alternating magnetic field. Any defects alter the flow of these currents, producing detectable signal changes analyzed by the machine's software.
What are the advantages of the SWT-602 compared to magnetic powder flaw detectors?
The SWT-602 offers high automation, fast detection speed, convenient inspection process, and eliminates human factors, making it more efficient and reliable than magnetic powder flaw detectors.