4axis Glass CNC Engraving Machine

GC-BKH-II is a high-tech equipment specializing in flat glass engraving operations. It can directly import CAD graphics and automatically generate optimized tool paths for perfect processing. This engraving machine adopts a digital control system to achieve dynamic management of each axis and precise speed control. It is a special model specially designed for glass processing by our team through years of research. The spindle system and body of this model are completely to work for glass. Machining work design. Based on the advantages of similar international products and the summary of our own practice, our team has successfully designed a professional machining center with high quality processing performance and high cost performance. Technically, the engineer has solved the function of precise feeding. Through the interactive processing between the PC and the system, the engraving pattern can be made with precise diagonal angles and beautiful lines, reaching the international processing level of similar equipment. It can complete complex machining processes in a short time and achieve high quality requirements. The flexibility of the control system meets the needs of different products, and the entire processing process is completed automatically without human intervention. The perfect combination of numerical control and PC system realizes highly automated management of factory equipment, which is suitable for mass production of high-precision glass deep-processing products. It enables customers to achieve the optimal production configuration with the smallest investment.
The equipment is especially suitable for processing furniture glass, decorative glass and art glass.
Machine structure:
GC-BKH-II is an open-top structure, which can facilitate the operation of loading and unloading. The movable bridge is welded structural steel, and the X-axis transmission mechanism is installed on the movable bridge.
The three linear axes of X, Y and Z are driven by high-precision ball screws and slide on linear guide rails; the C axis is the rotation axis.
The Y-direction adopts the gantry synchronous control method. The two servo motors work synchronously to ensure the high-speed movement of the Y-direction and accurate positioning. The two Y-axis servo motors are installed on both sides of the fuselage, and are driven by ball screws and linear guide rails.
Advantages of this structure:
  1. Good structural rigidity;
·2.Achieve high acceleration, the maximum moving speed can reach 30 m/min;
·3. Achieve high processing speed and high quality;
·4.Low mechanical wear and tear, the quality of the original equipment can still be maintained after many years of use.