• The entire machine tool is equipped with Heidenhain optical scales.

    Each axis is equipped with scales to effectively ensure precision and stability. A protective device is provided to prevent dust, oil, water, and gas contamination, thereby extending the service life of the optical scales.

  • Gantry-type structure design

    The drive center of all three axes is located at the center of gravity, thereby greatly enhancing the dynamic stability of the structure.

  • Custom-designed short spindle cartridge housing

    Spindle sarkma boyu minimize edilerek, işleme boyunca gerekli olan stabilite ve sağlamlık artırılmıştır.

TT APEC G 800 TR

5-Axis Gantry-Type Vertical Machining Center

The APEC G800-TR series is developed for industries such as aerospace, mold & die, and automotive, specifically for applications requiring 5-axis simultaneous machining.

It features the smallest footprint in the industry and is equipped with the latest 3D CAD/CAM software.
The X, Y, and Z axes are driven by high-speed ballscrews, while the A and C axes are driven by torque motors.
This design ensures that the moving parts and counterweight centers remain concentric, effectively reducing vibrations caused by high speeds.

Specifications

  • Axis Travels
  • A-Axis
  • C-Axis
  • Distance from Spindle Nose to Table
  • Motor Type
  • A-Axis Torque (Max. S1)
  • C-Axis Torque (Max. S1)
  • Disc Diameter
  • Loading Capacity
  • Rapid Feed Rate
  • Positioning
  • 830 mm x 800 mm x 560 mm
  • ±120
  • ±360 (sürekli)
  • 210 ~ 770 (standart donanım spindle)
  • Direct Drive
  • 4,26 8 /7,55 4 Nm
  • 2 ,13 4 /3,777 Nm
  • Ø 800
  • 1.3 ton
  • XYZ = 48 m/dk.
  • X / Y / Z = 0.0 0 8 mm
  • Positioning
  • Repeatability
  • Tool Holder
  • Spindle Speed
  • Spindle Power (S1 / S6)
  • Spindle Torque (S1 / S6)
  • Tool Capacity
  • Max. Tool Length
  • Max. Tool Diameter
  • Max. Tool Diameter with Adjacent Pockets Empty
  • Max. Tool Weight
  • X / Y / Z = 0.0 0 8 mm
  • X / Y / Z= 0.0 0 5 mm
  • HSK-63A
  • 18.000 rpm
  • 25/35 kW
  • 86/130 Nm
  • 40 ad.
  • 300 mm
  • Ø 75 mm
  • Ø 120 mm
  • 8 kg

Three-axis is driven at center of gravity(DCG)

The driven centers of the three-axis are all on these gravity centers, which greatly improves the dynamic stability of the structure

Compact trunnion rotary table

X/Y/Z axis moving and table rotation are working individually to make sure machining is free from 3 axis inertia influences. The perfect servo-driven design gives excellent machining stability.

High rigidity U-frame structure

The saddle and column form a closed structure. High rigidity machines could reduce vibration effectively, increase processing stability and improve machining accuracy.

The Direct-Drive Motor directly drives the rotary table to provide high-precision machining.

The A / C axis are driven by direct-drive motors. The power can be completely transmitted and provides high-precision machining capabilities.

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