Semiconductor
Connector
- φ50 Bar Material SUS303
Precision Valve
- φ50 Bar Material SUS303
Connector
- φ40 Bar Material SUS303
Valve
- φ50 Bar Material SUS303
Joint
- φ50 Bar Material SUS303
Case
- φ50 Bar Material SUS303
Body
- φ120x120L SUS316L
| Diameter | φ50 |
| Material | Bar Material SUS303 |
Point Bar material is machined into block shapes using three turrets equipped with Y-axis and milling capabilities. Additionally, various technologies are incorporated to shorten cycle times, including high-speed milling and drilling at up to 10,000 rpm, high-speed rigid tapping at 8,000 rpm, and Chronocut to reduce idle time.
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| Diameter | φ50 |
| Material | Bar Material SUS303 |
Point The swivel B-axis turret allows for the machining of angled holes with different orientations using a single tool. Additionally, being a turret machine, it enables rapid tool changes, facilitating efficient machining.
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| Diameter | φ40 |
| Material | Bar Material SUS303 |
Point By using a three-turret machine, process optimization is achieved, enabling machining at the smallest size suitable for small workpieces.
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| Diameter | φ50 |
| Material | Bar Material SUS303 |
Point Simultaneous machining with three turrets streamlines the process and reduces cycle time. Additionally, simultaneous upper and lower milling enables the machining of complex shapes, allowing for complete processing from bar material to finished product with a single machine.
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| Diameter | φ50 |
| Material | Bar Material SUS303 |
Point Efficiently milling block-shaped workpieces from bar material achieves advanced milling capabilities comparable to those of a machining center.
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| Diameter | φ50 |
| Material | Bar Material SUS303 |
Point Milling from bar stock and simultaneous processing of square shapes using both the upper and lower Y-axes have been achieved.
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| Diameter | φ120x120L |
| Material | SUS316L |
Point Heavy cutting, including both turning and milling, is successfully achieved even on difficult-to-machine materials. The process also employs module 1.5 skiving for internal gear machining. After a 60° drill and helical end mill processing with the tool spindle, a high-precision workpiece transfer is realized. This approach ensures both high rigidity and flexibility throughout the machining process.
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