New product development and release

The High Speed Glass Straight Line Four Sides Edging Machine is a professional processing equipment for chamfering rectangular original glass. It is suitable for processing hollow glass for buildings, doors and windows, and white glass and low-e glass with complex and single specifications. It has the overall characteristics of high processing precision and high mechanical configuration. It adopts the new environmental protection design concept of "energy saving, low carbon, and automation", adopts human-machine interface operation, multi-axis linkage, and automatic identification of glass size; and glass of different specifications and thicknesses can be continuously loaded without manual adjustment and waiting. The glass is conveyed and fixed by belt-type vacuum suction, and then processed for edge grinding and film removal, which effectively avoids glass scratches and surface indentations, improves the speed of glass processing, and reduces processing costs.

It is divided into three parts: the input table, the edge grinding rack, and the output table. The input table and the output table are used to grind the glass with the edge grinding rack. The edge grinding rack has 3 sets of grinding heads. Each set of grinding heads has two grinding wheels. The edge grinding process is simple. First grind the head of the glass, then rotate the grinding head 90 degrees, and grind the two sides of the glass with the grinding wheel on the side. After that, the tail grinding head grinds the tail of the glass to complete the entire edge grinding process. After grinding, rotate back to zero and wait for the next piece of glass to be ground. The process is smooth and natural, and the coordination is close. The edge grinding time is compressed to the maximum extent, which greatly improves the speed of glass edge grinding. The production of this equipment will bring a new revolution to the enterprise, guiding the enterprise's processing to develop in a more efficient, automatic and intelligent direction.