Horizontal machining center
Inquire NowDescription
The SCALAR4050 horizontal machining center is designed for maximum efficiency and productivity, featuring a pallet changer and a 4th axis for versatile 4-sided machining. With travel speeds reaching up to 20 m/min and high spindle speeds of up to 7000 rpm, this machine is equipped with an 18.4 kW main drive rating that ensures powerful performance. Its dual-arm gripper tool changer enhances operational efficiency, providing a competitive edge in the manufacturing process.
Constructed with FEM-tested cast-iron, the machine body ensures durability and stability, while preloaded ball screws on all axes guarantee high repeatability. Each of the three axes is fitted with linear guideways for smooth movement, and the user-friendly GPlus 450 control system makes it easy to operate. The SCALAR4050 allows for complete machining of four surfaces or simultaneous machining of four parts on a single pallet, thanks to its fully functional rotary table with a positioning accuracy of 0.01°.
Standard features include a totally enclosed housing, two worktables for automatic changes, a 24-station tool changer, chip conveyor, coolant system, and more, making it a comprehensive solution for advanced machining needs.
Specifications
Attribute | Details |
---|---|
Machine Model | SCALAR4050 |
Travel (X/Y/Z) | 550mm / 515mm / 515mm |
Work Table Quantity | 2 |
Work Table Dimension | 400 × 500 mm |
T-slots (number/width/distance) | 4 × 12 × 80 mm |
Max Loading Weight (each) | 500 kg |
Rapid Feed | 20000 mm/min |
Feed Speed | 12000 mm/min |
Main Motor Power | 18.4 kW |
Spindle Speed | 60 – 8000 r/min |
Machine Size | 3840 × 2650 × 2620 mm |
Total Weight | 9500 kg |
Additional Information
Standard equipment includes a chip conveyor, electronic hand-wheel, automatic central lubrication, and a work lamp. Optional features like coolant fed through the spindle and a high-speed spindle are available upon request. The machine is designed for high precision with a dual direction positioning accuracy of ±0.01 mm across the full travel.