Incorporating a new-type spindle unit
A high-efficiency motor with an output of 5.5/7 kW is adopted as the built-in motor. The unit is compatible with chucks up to 4 inches, and a hydraulic cylinder can also be equipped as an option to enable stable mass production machining of workpieces that require a strong gripping force. The reviewed cooling circuit has made the oil controller that used to be essential for short-cycle machining unnecessary*, reducing the cost and space requirements.
* An oil controller is still required with some specifications.
* An oil controller is still required with some specifications.
Pursuing high precision cutting by incorporating a cooling system in the machine
Generally on a machine with 2 spindles, a heat imbalance arises in cases where different cutting is performed at the left and right sides. This leads to unstable accuracy. The XW-30 series is built with a cooling tank inside the bed for the two spindles to suppress thermal displacement, achieving stable accuracy over the long term (patented).
Space-saving design and long-awaited addition of CE specifications
Space savings have been realized with a machine 1,340 mm wide (bed width: 1,040 mm), 2,120 mm deep and 1,500 mm high. Compliance with CE standards has been made possible too, enabling safe usage in Europe as well.
* Machines with CE specifications have different dimensions.
* Machines with CE specifications have different dimensions.
Item | Ability | Unit | |
---|---|---|---|
Chuck size | Collet, 3, 4 × 2 | inch | |
Spindle | Spindle bearing I.D. | φ60 | mm |
Spindle speed | Max. 8,000 | min-1 | |
Tool post | Type | Gang type × 2 | |
Max.stroke | X:160 Z:230 |
mm | |
Rapid traverse rate | X:12 Z:20 |
m/min | |
Speendle motor | AC5.5 / 3.7×2 | kW | |
L × W | 1,040 (1,340※) × 2,120 | mm | |
Controller | TAKAMAZ & MITSUBISHI M70V |