Example of actual performance
Material: SUS series
Depth: 150mm
Hole diameter: Φ600μm
Processing method: gun drill
Photo of long hole 150mm x Φ600μm
ホーム Various types of microfabrication
Example of actual performance
Material: SUS series
Depth: 150mm
Hole diameter: Φ600μm
Processing method: gun drill
Photo of long hole 150mm x Φ600μm
Example of actual performance
Material: SUS
Thickness: 100μm
Hole diameter: Φ10μm (±1μm)
Specifications of laser: picosecond laser
Example of actual performance
Material: tungsten (W)
Thickness: 50μm
Hole diameter: Φ35μm (±1μm)
Specifications of laser: picosecond laser
Price: a few thousand yen per hole, including materials (referential price)
Test production from one piece to mass production processing supported
Other materials with actual performance:
sapphire, metals, PET, film, ceramics, glass etc.
Micro Edge Process propose an optimum processing method making excellent use of electric spark machining and cutting work according to customer's specifications and use application mainly for laser microfabrication (micro bonding, micro drilling, ablation) and can widely support from test production of single item to mass production.
Microfabrication shape
- Slot, deep hole, micropore (pinhole)
Fabrication method
- Machining using special tools
- Electric spark machining using thin electrode
- Laser processing using short pulsed laser
- Etching using chemical agents (chemical reaction / corrosive action)
* We are daily researching and developing other microfabrication that seems to be difficult by existing processing such as fine shape and special materials.
Observation method
* A microscopic area may not be observed by a general optical system.
It depends on the measurement level (accuracy), however, there are problems of material characteristics of workpiece, shape, lighting of viewing system, and specifications of optical system etc. The image processing by CCD etc. is also included.
(Photo of groove observation: groove of width 0.04mm x depth 0.9mm)
(Photo of observation optical system)
Micro Edge Process can propose an optimum system based on various factors using each application. Please consult us.