We have processing technology to meet a wide range of customer needs.
We have a range of processing options, from mold design and manufacture to trial manufacture and mass production.
We have low distortion sheet metal composite components, ultra-thin pressed components, and press components which have been precise sheared to a glossy finish.
We are capable of highly difficult processing, high precision sheet metal processing and precision processing at levels refused by other companies.
High precision sheet metal processing
We can provide all varieties of precision components with our sheet metal presses.
We also offer components which have been precision sheared to a glossy finish, such as toner doctor blades.
We can also produce low distortion composite components through spot welding.
Press component production
Minimum bending components
We have presses for ultra-thin and long components used in a number of printer parts as well as small components for camera parts. Our presses can handle 5t to 200t.
- Product size, press under 200t, progressive single, maximum 380mm.
- Capable of minute precision manufacture as exact as you finger prints.
- Board thickness: 20μm to 2mm
- Implementation of cost reduction on small lot production through multi-step simultaneous processing and cassette models.
- Corresponding processing methods
- ・Progressive processing
- ・Single processing
- ・Shave processing
- ・Board forging processing
- ・Factory sheet metal processing (hand made sheet metal)
- ・Blast processing
- ・YAG laser welding processing
SUS ultra-thin processed components
We utilize our technical skills to offer SUS ultra-thin material (100μm to 20μm) oil-less processing, model material stress relieving and provide WE-CUT processing technology based on our wealth of technical knowledge. The upper and lower clearance is undertaken with precision on all objects, making minimum precision bend processing to pointed tips possible.
All kinds of SUS ultra-thin material processing.
Progressive die bend processing.
Progressive minute precision bend processing.
It is also possible to minimize lathing through high precision molds (0.8mm photographed), which also greatly reduces material wastage.
Sheet thickness of 1.6mm and width of 1.6mm is possible.