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T6 Drilling and Tapping Center for Efficient Machining

● The high-speed spindle motor directly drives the spindle, enabling high-speed and high-precision machining.

● Equipped with a servo tool magazine developed and manufactured in-house, tool changes are quick and stable.

● The machine tool has a large chip removal angle, quickly flushes away chips, and accelerates the return flow speed of the cutting fluid.

● Powerful mechatronics application technology improves the response speed of the transmission chain, eliminates inactivity during the machining process, reduces non-cutting time, and demonstrates improved production efficiency.

    PRODUCT FUNCTION

    Functions: Milling, boring, drilling, tapping, and other multi-process machining;

    PRODUCT description

    Direct-Drive High-Speed Spindle – Precision & Productivity in One Package
    A built-in high-power synchronous motor drives the spindle directly, eliminating transmission losses and delivering 20,000 rpm with sustained high torque. Achieve “zero-backlash” high-speed milling: profile accuracy ≤ 3 µm, surface finish Ra ≤ 0.2 µm, and effortless machining of hardened steel, aluminum alloys, and engineering ceramics.

    In-House Servo Tool Magazine – 1.8 s Lightning Tool Change
    Our self-developed ATC couples a servo motor with a precision cam indexer for dual-positioning. Chip-to-chip time is only 1.8 s with repeatability ± 0.005 mm. 24- or 30-station configurations accommodate mixed large-diameter and heavy tools, keeping the spindle running and raising OEE by over 15 %.

    Steep Chip-Flush Angle + High-Pressure Coolant – Always a “Dry” Table
    A 25° sloped chip ramp and 7 MPa high-pressure flush evacuate aluminum or graphite chips within 3 s into the rear conveyor. Coolant return velocity increases 40 %, tank level fluctuation < 0.5 mm, eliminating secondary-cutting interference—ideal for unmanned night shifts.

    Mechatronic Speed-Loop – Slashing Non-Cutting Time
    Full-closed-loop synergy among servo drives, ball screws, linear guides and the built-in motor boosts transmission stiffness 30 % and following error < 1 µm. Acceleration/deceleration time is cut 25 %, cutting time ratio climbs to 85 %, energy-per-part drops 18 %, and piece cost falls immediately.

    TECHNICAL PARAMETER

    Project Unit XFL-T600 XFL-T750
    X/Y/Z axis travel mm 600/400/320 700/500/330
    Workbench dimensions mm 700*420 820*460
    Workbench load capacity kg 300 350
    Workbench T-slot specifications 3-14*120 3-14*130
    Distance from spindle end face to workbench center mm 145-465 150-480
    Spindle taper specifications, speed rpm BT30-¢100-20000 (Direct connection) BT30-¢100-20000 (Direct connection)
    spindle motor kw 5.5 5.5
    X/Y/Z axis motor power kw 1.5/1.5/3 1.5/1.5/3
    X/Y/Z axis fast displacement m/min 48/48/48 48/48/48
    Maximum cutting speed m/min 5-20 5-20
    X/Y/Z axis positioning accuracy mm 0.008/0.005/0.005 0.008/0.005/0.005
    X/Y/Z axis repeat positioning accuracy mm 0.006/0.004/0.004 0.006/0.004/0.004
    X/Y/Z axis rail specifications (roller) 30/30/30 30/30/35
    X/Y/Z axis lead screw specifications (ball) 2816/2816/3216 3216/3216/3216
    Machine weight (approx.) kg 3000 3200
    Machine dimensions (L x W x H) (approx.) mm 2100*2570*2385 2184*2555*2449
    CNC system MITSUBISHI / FANUC MITSUBISHI / FANUC

    PRODUCT application

    Purpose-built for New-Energy battery trays, 3C smartphone frames, aerospace impellers, automotive valves, medical implants and precision mold inserts. Machine thin walls, deep cavities, micro-holes and mirror finishes in one setup: dimensional tolerance ≤ ± 5 µm, batch Cpk ≥ 1.67—load the blank and start production.

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