Product Announcements:
Wire Cutting Machines

SH60-R diamond wire saw enables high-efficiency and high-precision cutting of large hard and brittle materials such as quartz, glass, and sapphire, delivering smooth surfaces and stable performance in industrial processing applications. Read more...

High-accuracy contour cutting machine for silicon, glass, sapphire, quartz, and jade with efficient diamond wire technology. Read more...

The SGD 52 benchtop diamond wire saw delivers precise, low-damage cutting for preparing crystal, ceramic, optical glass, sapphire, semiconductor, and other brittle material samples, making it an ideal solution for laboratory research and advanced material analysis. Read more...

Advanced graphite wire saw with dual cutting systems, intelligent remote diagnostics, and high-precision diamond wire cutting for slicing and complex profile machining. Read more...

Vimfun SGI 20 diamond wire cutting machine provides high-precision contour cutting for silicon, glass, sapphire, quartz, jade, and other hard materials with complex geometries. Read more...

The Vimfun SGD 52 endless diamond wire saw delivers smoother cutting, higher efficiency, and lower maintenance than conventional spool-based wire saws, making it ideal for precision cutting of fragile laboratory materials. Read more...

Compact CNC diamond wire saw for precision cutting of glass, ceramics, and gemstones, offering contour capability, stable accuracy, and unattended operation for labs and studios. Read more...

SGSM 40 multi-wire diamond wire cutting system with adjustable oscillating swing function, engineered for high-efficiency processing of hard and brittle materials, delivering improved surface finish, reduced material loss, and stable precision control. Read more...

Closed-loop diamond wire saw machines deliver fast, precise cutting for graphite, ceramics, foam cement, and other hard materials. Read more...

SGR 40 Prism Cutting Wire Saw enables fully automated multi-angle cutting of optical materials into cubes and prisms with single clamping and minimal material loss. Read more...