C-1580 Single-Spindle High-Speed Machining Center
C-1510 Series (BT40) Gantry Machining Center
The large travel design of this machine meets customer requirements for milling large-sized products and achieves fast milling feed rates.
Specifications
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Gantry Structure & High Rigidity: The machine features a gantry-type frame with a high-rigidity bed design, ensuring excellent long-term accuracy retention.
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Precision Guideways & Drives: The X, Y, and Z axes utilize roller-type linear guideways and are driven by ball screws, guaranteeing the machine's rigidity and precision.
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Robust Cast Iron Construction: Key components—including the base, crossbeam, saddle, and headstock—are made of high-strength cast iron. All castings undergo secondary aging treatment to eliminate internal stresses, minimizing the risk of deformation.
Item Specification Worktable Size (mm) 1588*800 X/Y/Z Travel (mm) 1500/800/220 X/Y/Z Positioning Accuracy (mm) 0.018 X/Y/Z Repeat Positioning Accuracy (mm) 0.008 Maximum Rapid Traverse Speed (m/min) 30 Maximum Cutting Feed Rate (m/min) 10 Spindle Specification Φ100 Spindle Power (Kw) 6.0 Maximum Spindle Speed (rpm) 36000 Distance from Spindle Nose to Table (mm) 90~310 Tool Holder Specification T11 Tool Magazine Capacity (pcs) 12T*2 Tool Magazine Type 直排式刀库 Air Supply Pressure Requirement (Mpa) ≥0.6 Power Supply AC380V/50HZ Total Power Consumption (Kw) 14 Machine Weight (Kg) 6500 Machine Dimensions (mm) 1990*3460*2430
Related Products
C-1510 Single-Spindle High-Speed Machining Center
Technical Description of Equipment
C-1510 Series (BT40) Gantry Machining Center
C-1260 Single-Spindle High-Speed Machining Center
C-1206 Series Gantry High-Speed Engraving and Milling Center
The C-1206 Series features a large travel design, capable of meeting customer requirements for engraving and milling large-sized products. It achieves fast milling feed rates to fulfill demanding processing needs.
C-500 Single Axis High-Speed Machining Center
Machine Tool Body Material and Structure — High Rigidity and Good Stability:
The machine bed, crossbeam, sliding plate, and spindle box are all made of high-strength cast iron and undergo secondary aging treatment to eliminate material stress, ensuring minimal deformation of the body. The main structure is optimized through computer finite element analysis, with a rationally designed rib layout, providing better rigidity and precision stability compared to similar machines.