Production Equipments

Smelt and cast various metal raw materials such as rare earth and pure iron into casting alloy.

A hydrogen crushing furnace is equipment for material processing, specifically for hydrogen crushing and refining metal materials.

High-pressure gas causes the powder to collide and grind, and the air separation wheel is used to prepare micron-sized magnetic powder.

The press machine orients the magnetic powder in the mold cavity and presses it into a green body.

Isostatic pressing is used to perform secondary pressing on the green body to improve the green body density consistency.

The green body after isostatic pressing shrinks through vacuum high-temperature sintering to become a blank material.

Low-cost substrates can achieve high-performance requirements through heavy rare earth powder surface coating and grain boundary diffusion.

The vertical mill is a high-efficiency grinder that integrates crushing, drying, and conveying, converting raw materials into powder with high output.

Coreless grinding uses a guide wheel and a grinding wheel to eliminate the need for workpiece centering in peripheral grinding.

The automatic puncher camera swiftly and accurately punches printing holes after scanning and processing material images.

A microtome precisely slices thin tissue sections, held by paraffin, advancing the specimen by 1 micron for each cut.

Multi-wire cutting uses a fast-moving wire with abrasives to grind and split hard, brittle materials into thin sections.

The fully automatic electroplating line enhances productivity with power memory, error detection, and stable performance, offering various control modes and transmission options.

In metallurgical engineering, the magnetometer measures the magnetic properties and curves of materials like silicon steel sheets and rings.

A particle size analyzer measures solid particle size and distribution through physical methods like sedimentation, laser, optical, resistance, and image analysis.

SEM links transmission and optical microscopy, using an electron beam to image sample microstructures.

The PCT tester evaluates material durability under extreme conditions, simulating harsh environments for accelerated aging tests to assess product performance and reliability.

A fluxmeter detects magnetic flux, capturing the field's strength and distribution via a sensor or coil, and measures it in flux units.

The image-measuring instrument captures images with a CCD camera, analyzes for displacement, calculates using geometry, and displays results for comparison.

High-temperature ovens, above 300°C, need special materials to handle gas movement and stricter temperature uniformity control compared to low-temperature models.

An impact tester assesses materials' impact resistance by striking a sample with a specified speed and energy, causing deformation or breakage.

The salt spray test machine simulates marine corrosion by atomizing salt solution with high-speed air, directing it to a conical distributor to produce a salt mist for extended sample exposure.

The magnetic field tester measures permanent magnet flux with induction coils, evaluating magnetic performance for quality assurance.

The magnetic moment and declination tester measure objects' magnetic characteristics, aiding in material studies, magnetism-related research, and engineering.

The appearance inspection machine is equipment that integrates various sensors and devices to thoroughly inspect product quality.