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    • Vertical Turning Lathe

    HW-300/450/500/650/800/1000/1100/1200

    Vertical Turning Lathe
    • FEATURE
    • EXPLAIN
    • SPECIFICATIONS
    • Due to the heavy gravity of the parts, instability may occur. Using a vertical lathe for cutting can help avoid gravity-related instability. Additionally, securing the workpiece with a fixture ensures a perfect contact face on the part’s base, facilitating high-precision manufacturing.
    • The machine construction is designed with a box concept, providing maximum stability and rigidity to the machine bed.
    • It is especially suited for manufacturing large, thin, and irregularly shaped workpieces.
    • The ergonomic design facilitates easy loading and unloading of parts, making it particularly suitable for automatic production lines.
    • Its compact design and flexibility make it ideal for assembly line manufacturing systems.
    • The independent cooling and chip removal systems are highly efficient for maintenance and service.
    • The main spindle is supported by high-precision bearings at the front, middle, and rear, with optimal supporting distances to ensure top-tier precision, superior rigidity, high rotation speed and stable performance.
    • Each axis is equipped with high-rigidity precision linear guides and ball screws, integrated with high responsiveness AC servo motors, ensuring high repeatability and suitability for heavy-duty operations.

    Linear Guide and Ball Screw

    Linear Guide and Ball Screw

    The machine features a wide span with high-accuracy class ball screws and linear guideways. All bearing support positions include Iubrication system to ensure Iong-term precision, stability, and extended machine life.

    Nitrogen Gas Balance System

    Nitrogen Gas Balance System

    The Z-axis nitrogen balance system enhances turning speed and stability, eliminating counterweight-related vibrations and resulting in a smoother cutting surface.

    Hydraulic Chuck Clamping

    Hydraulic Chuck Clamping

    The high-precision design and installation ensure that after the chuck is mounted on the spindle, the spindle rotation accuracy for a diameter of 500 mm can achieve a deflection accuracy of 0.01 mm.

    Main Spindle

    Main Spindle

    Due to the special design and arrangement of the spindle bearings, the spindle can support maximum vertical
    loading. (Values do not include the table and chuck.)
    Loading: 4000 kg (HW-800)
    Loading: 5800 kg (HW-1000)
    Loading: 6500 kg (HW-1200)

    Casting Body and Column

    Casting Body and Column

    The one-piece casting base provides a heavy and rigid structure.
    Finite Element Method (FEM) analysis ensures an optimized structure, minimizing deformation during metal cutting.


    Specifications

      MODEL Unit HW-300 HW-450 HW-500 HW-650 HW-800
    WORKING SPACE Max swinging dia. mm 500 650 720 750 850
    Max cutting dia. mm 350 450 500 700 800
    Max cutting height mm 300 360 450 700 800
    Tool to table surface mm 320 375 450 700 800
    Spindle nose to table surface mm ~ ~ ~ ~ ~
    TABLE Table diameter inch 8 12 15 15 21
    Max. loading kg 360 520 650 1000 1200
    Max. torque Nm 140 140 500 620 620
    Spindle & Bearing Size   A6(100TAC) A6(100TAC) A8(130TAC) A11(160TAC) A11(170TAC)
    Spindle speed (low) rpm ~ ~ ~ ~ ~
    Spindle speed (high) rpm 50~3000 50~3000 50~2500 50~2500 50~2000
    TURRET Turret type   Carousel Carousel Vertical Carousel Vertical Live tooling Carousel Vertical Live tooling Carousel Vertical Live tooling
    Tool number set 8 8 6 8 6 12 8 6 12 8 6 12
    Tool max. loading kg 60 20 20 30 25 30 50 40 50 50 40 50
    Tool change time sec. 2 2 3 2 3 2 2 3 2 2 3 2
    Tool size mm □20 Ø40 □25Ø40 □25Ø40 □32 Ø50 □32 Ø50 □25 Ø40 □32 Ø50 □32 Ø50 □32 Ø50 □32 Ø50 □32 Ø50 □32 Ø50
    TRAVEL AND FEEDRATE X-Max travel mm -30/210 -20/255 -50/255 -20/290 -50/260 -20/290 -30/390 -50/370 -30/390 -35/460 -75/420 -35/460
    Z-Max travel mm 300 360 360 450 700 850
    X Rapid feedrate mm/min 15000 15000 15000 15000 15000
    Z Rapid feedrate mm/min 15000 15000 15000 15000 15000
    MOTOR X-Axial servo motor kw 0.75 1.2 1.2 1.6 3 3
    Z-Axial servo motor kw 1.2 1.8 1.8 3 4 4
    Spindle motor kw 7.5/11 11/15 11/15 15/18.5 18.5/22 18.5/22
    MACHINE LAYOUT Machine height mm 2080 2080 2460 2900 3135
    Machine layout (L*W) mm 1820 x1450 1990 x1520 2350 x 1600 2440 x 1780 2680 x 1980
    Machine weight kg 3200 4900 4850 6900 6900 6900 8000 8000 8000 10000 10000 10500
    Power required kva 20 25 35 40 40

      MODEL Unit HW-1000 HW-1100 HW-1200
    WORKING SPACE Max swinging dia. mm 1150 1350 1350
    Max cutting dia mm 1000 1100 1200
    Max cutting height mm 800 800 900
    Tool to table surface mm 800 800 900
    Spindle nose to table surface mm ~ ~ ~
    TABLE Table diameter inch 32 32 32
    Max. loading kg 1650 1900 2300
    Max. torque Nm 2640 2640 3300
    Spindle & Bearing Size   A15(220TAC) A15(220TAC) A15(220TAC)
    Spindle speed (low) rpm 5~499 5~499 5~499
    Spindle speed (high) rpm 500~1500 500~1000 500~800
    TURRET Turret type   Carousel Live tooling Marehouse Carousel Live tooling Marehouse Carousel Live tooling Marehouse
    Tool number set 8 12 12 8 12 12 8 12 12
    Tool max. loading kg 60 60 60 60 60 60 60 60 60
    Tool change time sec. 2 2 20 2 2 20 2 2 20
    Tool size mm □32 Ø50 □32 Ø50 BT50 □32 Ø50 □32 Ø50 BT50 □32 Ø50 □32 Ø50 BT50
    TRAVEL AND FEEDRATE X-Max travel mm -60/570 -60/640 -60/725 -30/830
    Z-Max travel mm 800 800 900
    X Rapid feedrate mm/min 12000 12000 12000
    Z Rapid feedrate mm/min 12000 12000 12000
    MOTOR X-Axial servo motor kw 4 4 7
    Z-Axial servo motor kw 7 7 7
    Spindle moto kw 37/45 37/45 37/45
    MACHINE LAYOUT Machine height mm 3550 3750 3550 3750 3750 3860
    Machine layout (L*W) mm 3250 x 2400 3500 x 2590 3550 x2790 3550x3520
    Machine weight kg 13500 15200 15400 15800 16500 19000
    Power required kva 60 60 60
    * Design and specifications are subject to change without prior notice.