Two Linear Rails and One Boxway
High precision and high efficiency - An outstanding masterpiece
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Machine Structure and Design
Column-type Cross-slide Structure: The Y-axis adopts a four-rail design, providing excellent high-load capacity and precise machining performance.
High-strength Cast Iron Components: The major base parts are made from resin sand casting and high-strength cast iron, ensuring exceptional rigidity and long-term precision stability.
High-rigidity Feed System
High-rigidity Rails: The X/Y axes use linear rails, offering low friction and noise, while the Z-axis uses rectangular hardened rails, capable of bearing greater cutting forces with strong vibration resistance.
Pre-stretched Ball Screws: The ball screws are pre-stretched during installation, further enhancing transmission accuracy and stability, ensuring high-precision machining.
Z-axis Balancer System
Balancer Device: The Z-axis spindle box is equipped with a balancer device, ensuring smooth movement at high speeds and improving machining stability and accuracy.
Precise Counterweight Design: The counterweight is precisely matched to the spindle box's weight, optimizing the load characteristics of the Z-axis drive motor for the best machining performance.
High-efficiency Spindle System
Belt-driven Spindle: The machine comes standard with a Taikan high-speed BT50 belt-driven spindle, with a maximum speed of 6000rpm, significantly improving cutting efficiency.
Spindle Protection: The front of the spindle features a labyrinth design and air curtain protection, effectively preventing cutting fluids from entering the spindle bearings, prolonging service life, and reducing maintenance costs.
Constant Temperature Cooling System: The spindle is equipped with central air blow and an automatic water-cooling system, maintaining a stable temperature and reducing thermal deformation, ensuring sustained high-precision machining.
Workpiece Example 1
Workpiece Example 2
Workpiece Example 1
Workpiece Example 2
Workpiece Example 1
Workpiece Example 2
Item | Unit | HT-1375L | Remarks | ||
Travel | Table travel (X axis) | mm | 1350 | ||
Saddle travel (Y axis) | mm | 750 | |||
Headstock travel (Z axis) | mm | 750 | |||
Distance from spindle nose to table surface | mm | 120~870 | |||
Distance from spindle center to column guide surface | mm | 810 | |||
Table | Table size | mm | 1500*750 | ||
Max. load (even load-bearing) | kg | 1300 | |||
T-slot (number of slots - slot width * spacing) | mm | 5-18*150 | |||
Spindle | Motor power (rated/short time) | kW | 15/18.5 | ||
Motor torque (rated/short time) | N.m | 143/191 | |||
Speed range | r/min | 50~6000(belt) | |||
Spindle diameter | mm | Φ190 | |||
Spindle taper | / | BT50 | |||
Rivet specifications | / | P50T-I(MAS403) | |||
Speed | Cutting feed speed range | mm/min | 24 | ||
X/Y/Z axis rapid traverse speed | m/min | 15 | |||
Tool magazine | Tool capacity | mm | 300 | ||
Max. tool weight | mm | Φ105/Φ210 | |||
Max. tool length | pcs | 1-10000 | |||
Max. tool diameter (full /adjacent empty) | kg | 24/24/15 | |||
Accuracy | Positioning accuracy (X/Y/Z) | mm | 0.015 | GB/T18400.4 (Full travel) | |
Repeatability (X/Y/Z) | mm | 0.008 | |||
Others | Z-axis counterweight | Counterweight | |||
CNC system | / | FANUC 0i-MF Plus | |||
Air source | Flow | L/min | 280(ANR) | ||
Air pressure | MPa | 0.6~0.8 | |||
Equipment capacity | KVA | 35 | |||
Coolant tank capacity | L | 400 | |||
Machine size | mm | 5050×3680×3550 | With chip conveyor pedal | ||
Weight (approx.) | Kg | 11200 | |||
The information on this page is for reference only. Specifications and details may change due to product upgrades or improvements. For more information, please contact us.
Mitsubishi
FANUC
Siemens
Taikan