3 axis router

This custom EPS/Foam CNC Router is engineered for large-scale 3D molds, automotive styling, and architectural sculpture. The combinations of a 6KW air-cooled spindle and a 650mm Z-axis clearance provide a massive working volume optimized specifically for thick non-metallic materials like expanded polystyrene (EPS), styrofoam, EVA foam, and polyurethane. 6KW Air-Cooled Spindle: Delivering high torque at up to 18,000 RPM, it provides rapid material removal on dense foams and

This custom EPS/Foam CNC Router is engineered for large-scale 3D molds, automotive styling, and architectural sculpture. The combinations of a 6KW air-cooled spindle and a 650mm Z-axis clearance provide a massive working volume optimized specifically for thick non-metallic materials like expanded polystyrene (EPS), styrofoam, EVA foam, and polyurethane. 6KW Air-Cooled Spindle: Delivering high torque at up to 18,000 RPM, it provides rapid material removal on dense foams and

This custom EPS/Foam CNC Router is engineered for large-scale 3D molds, automotive styling, and architectural sculpture. The combinations of a 6KW air-cooled spindle and a 650mm Z-axis clearance provide a massive working volume optimized specifically for thick non-metallic materials like expanded polystyrene (EPS), styrofoam, EVA foam, and polyurethane. 6KW Air-Cooled Spindle: Delivering high torque at up to 18,000 RPM, it provides rapid material removal on dense foams and

Table-moving ATC CNC routers with ball screw transmission on all three axes (X, Y, and Z) are high-precision industrial machines that ensure exceptional accuracy and stability for a variety of tasks. High Precision: The use of Taiwan grinding-grade ball screws on all three axes (X, Y, and Z) ensures excellent precision and accuracy, with a repeatability of approximately 0.01mm. Enhanced Stability: The "moving table" design, where the gantry remains static and only the table

Table-moving ATC CNC routers utilizing three-axis ball screw transmission are industrial-grade machines designed to achieve excellent accuracy, smooth motion, and long-term operational stability. Superior Precision: Outfitted with Taiwan-made grinding-grade ball screws on the X, Y, and Z axes, this machine achieves remarkable precision and accuracy, boasting a repeatability rate of around 0.01mm. Optimal Stability: Its unique "moving table" design, with a fixed gantry and a

CNCSUPER S5T2 is a High-Efficiency Dual-Process Industrial CNC Router. By using a Dual Z-axis design, the machine can carry two independent spindles, allowing for rapid switching between different tools (like a roughing bit and a finishing bit) without the complexity of a full rotary ATC. Gantry moving design:Adopts a robust gantry moving structure, with Y-axis dual motors driven by precision-ground helical gears. This dual-drive configuration effectively reduces backlash and

CNCSUPER S5T2 is a High-Efficiency Dual-Process Industrial CNC Router. By using a Dual Z-axis design, the machine can carry two independent spindles, allowing for rapid switching between different tools (like a roughing bit and a finishing bit) without the complexity of a full rotary ATC. Gantry moving design: It features a sturdy gantry moving structure, where the Y-axis is propelled by dual motors via precision-ground helical gears. This dual-drive setup efficiently

High-precision table-moving ATC CNC routers, featuring ball screws on all three axes, provide exceptional accuracy and rigidity, making them ideal for demanding industrial tasks. The i tegration of Taiwan-made grinding-grade ball screws across all three axes ensures superior machining accuracy and repeatability of approximately0.01 mm. A stationary gantry combined with a moving table design improves structural rigidity and minimizes vibration during high-load and high

CNCSUPER S5T2 is a High-Efficiency Dual-Process Industrial CNC Router . By using a Dual Z-axis design , the machine can carry two independent spindles, allowing for rapid switching between different tools (like a roughing bit and a finishing bit) without the complexity of a full rotary ATC. Gantry moving design: It features a sturdy gantry moving structure, where the Y-axis is propelled by dual motors via precision-ground helical gears. This dual-drive setup efficiently