General
Base (Optical mechanical industry)
- φ50 Bar material SUS 303
Rod Cover
- φ65×800 Aluminium A5056
Socket
- φ50 Bar material SUS 303
Internal Gear
- φ100×40L SUS 303
Joint
- φ40 Bar material SUS 303
Sun Gear
- φ46 Bar material SUS 303
Planetary Gear
- φ26 Bar material SUS 303
Piston
- φ50 Bar material SUS 303
Coupling
- φ70×32L SUS 303
Scroll Compressor
- φ140×42mm SUS 303
Turbine Blade
- φ110×200L SUS 304
Connector
- φ65 Bar material SUS 303
Guide Block
- φ140×100L SCM 415
Impeller
- Φ202×70L A2017 Aluminium
Guide Block
- φ46 Bar material SUS 303
| Diameter | φ50 |
| Material | Bar material SUS 303 |
Point Efficient machining has been achieved through simultaneous processing on both the upper and lower sides.
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| Diameter | φ65×800 |
| Material | Aluminium A5056 |
Point By utilizing a three-turret machine to streamline numerous processes, simultaneous machining on the L side with the upper and lower turrets and back machining on the R side with the upper turret allow for reduced cycle times and improved time balance.
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| Diameter | φ50 |
| Material | Bar material SUS 303 |
Point Cycle time has been reduced by combining tool spindles and turrets to machine bar material into finished irregularly shaped workpieces.
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| Diameter | φ100×40L |
| Material | SUS 303 |
Point Gear skiving machining allows for the processing of both internal and external gears without the need for specialized machines. This enables the consolidation of all processes into a single multitasking machine.
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| Diameter | φ40 |
| Material | Bar material SUS 303 |
Point High efficiency milling with the lower turret Y-axis and thin part machining with Y-axis milling on both the upper and lower turrets have been achieved.
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| Diameter | φ46 |
| Material | Bar material SUS 303 |
Point By consolidating gear cutting and phase alignment of the square shapes and gear cutting sections, complete process integration of hobbing and turning operations has been achieved.
| Diameter | φ50 |
| Material | Bar material SUS 303 |
Point Cycle time has been reduced through overlapping operations, and high-speed, high-precision polygon machining using the R-side spindle for polygonal shapes has been achieved.
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| Diameter | φ70×32L |
| Material | SUS 303 |
Point High-value workpieces have been machined using advanced milling performance, consolidating both machining center and lathe functionalities into a single machine.
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| Diameter | φ140×42mm |
| Material | SUS 303 |
Point High-value workpieces have been machined using advanced milling performance, consolidating both machining center and lathe functionalities into a single machine.
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| Diameter | φ110×200L |
| Material | SUS 304 |
Point The high-rigidity ATC-type multitasking machine "JX-250" has been adopted, ideal for large-diameter workpieces. It features a tool spindle with a swivel B-axis, enabling milling of free-form surfaces and inclined planes.
| Diameter | φ65 |
| Material | Bar material SUS 303 |
Point Simultaneous milling using the Y-axis of the upper and lower turrets enabled high-efficiency machining of block shapes from bar material.
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| Diameter | φ140×100L |
| Material | SCM 415 |
Point By utilizing a three-turret machine to streamline numerous processes, simultaneous machining on the L side with the upper and lower turrets and back machining on the R side with the upper turret allow for reduced cycle times and improved time balance.
| Diameter | Φ202×70L |
| Material | A2017 Aluminium |
Point Simultaneous 5-axis multitasking machining enables milling of free-form surfaces and inclined planes. Process consolidation has been achieved, allowing to machine finished products with a single machine.
| Diameter | φ46 |
| Material | Bar material SUS 303 |
Point Tool change optimization with turret machine and productivity improvement through simultaneous parallel upper-lower and left-right processing have been achieved.
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