A versatile automatic lapping machine adaptable for a variety of glass types and applications.

Designed for optimal edge finishing with adjustable lapping parameters and high-speed operation.

A sturdy machine designed for the professional lapping of glass and crystal material.

A space-saving design that doesn't compromise on performance or quality.

Offers dual-side lapping capabilities for increased productivity and uniform glass thickness.

Integrates multiple lapping processes into one machine for diversified glass finishing.

This automatic machine offers a compact design and user-friendly controls, suitable for various glass sizes.

Features advanced technology for flawless edge finishing and minimal material waste.

An intelligent lapping system with programmable settings for various glass types and thicknesses.

Delivers superior glass finishing with a sleek design and straightforward operation.

Combines precision machining with advanced automation for high-quality glass finishes.

Combines automation with high-performance lapping, ideal for industrial applications and large-volume production.

Allows operators to switch between automatic and manual modes, offering flexibility in production.

Designed for ease of use, ideal for both novice and experienced operators alike.

Delivers consistent results with its precision lapping surface and built-in calibration tools.

Utilizes hydraulic pressure for an even application of lapping materials.

Integrates grinding and lapping processes to reduce cycle time and improve efficiency.

A next-gen glass lapping machine focused on polishing glass to a mirror finish.

Specifically engineered for high-volume operations with reduced cycle times.

An automated robotic lapping solution that enhances consistency and reduces manual labor.

Optimized for high-speed and high-volume lapping tasks, ensuring rapid turnaround on projects.

A high-efficiency lapping machine designed for precision glass finishing with adjustable speed settings.

Employs cutting-edge technology to achieve nanometer precision on glass surfaces.