Glass Chamfering Machine Solution

The VEICHI CNC chamfering machine system efficiently grinds glass at any position and angle, relying on visual recognition to determine the product's angle, deviation, and the center point of XY coordinates.

The system supports axis group linkage for seamless arc and line interpolations, allowing live trajectory switching and featuring automatic grinding wheel switching. It auto-calculates chamfer feeds, facilitates tool adjustment, and offers a user-friendly interface.

The system is easy to operate and maintain with reserved program interfaces to meet current needs and future expansions, enhancing both the client's industry competitiveness and product processing efficiency.

System Topology

System Structure

In/Out-Feed Mechanism

Using a full servo drive, the machine employs belt conveyance for both infeed and outfeed. When materials are detected upstream, the infeed belt moves them to a predetermined cylinder position and halts. As the conveyor axis moves materials to the outfeed station, the delay function of the outfeed axis is OFF.

Transport Mechanism

The SD710 drives the transport mechanism (conveyor), using the workstation with a lead screw module. As materials reach the feed mechanism, the vacuum suction on the conveyor engages, transporting them to the identification position for imaging. Meanwhile, 3-4 processed items are dispatched to the outfeed workstation.

Chamfering Station

The workstation features 750-watt motor drives for X, Y, Z axes, processes images of glass at specific angles with its vision system, and includes a total of four workstations.

A-axis Adjustment Station

This station automatically adjusts to the glass width, enabling simultaneous processing of both stations.

Width Adjustment Station

This station, a screw module mechanism located on the shuttle axis, adjusts its position based on glass width to enhance processing efficiency through optimized imaging.