1～3 item / All 3 items
It is possible to process fine holes of less than 1mm in thick plates (metal).
We support high-precision processing and the creation of numerous fine holes through discharge machining. Processing accuracy (reference) Minimum diameter: 0.12mm Effective hole length: More than 10 times the hole diameter Both hole accuracy and positional accuracy are within 0.01mm.
We have gathered representative examples of processing conducted at Yageta Seiki Co., Ltd.
This catalog is a collection of case studies on fine hole processing by Yageta Seiki Co., Ltd., which mainly engages in the design and manufacturing of labor-saving machinery and measuring instruments. Here, we introduce representative cases such as "Quartz Glass φ0.1 Hole Processing," "Hotavel II-S φ0.05 Hole Processing," and "Maselight HSP φ0.05 Hole Processing." Our fine processing technology is original and tailored to meet our customers' needs, so please feel free to consult us. [Featured Cases] ■ Quartz Glass φ0.1 Hole Processing ■ Hotavel II-S φ0.05 Hole Processing ■ Maselight HSP φ0.05 Hole Processing *For more details, please refer to the catalog or feel free to contact us.
Hole processing is possible in 1µm units! We will take on challenges with unfamiliar materials and precision based on customer requests.
"Microhole processing" is the core technology of synthetic fiber nozzles, complementing tool manufacturing. By utilizing micro-tools produced with sub-micron precision, we achieve ultra-high precision hole processing. As an outstanding low technology, we propose hole processing techniques suitable for needs while incorporating advanced technologies such as electrical discharge machining and laser processing, centered around plastic processing and cutting. Used as key parts in various applications such as electron beam apertures, industrial inkjet, various orifices, and collimators, they are utilized for controlling light, air, and fluids. [Features] ■ Irregular hole processing - Various irregularly shaped holes can be manufactured with µm order precision using in-house produced tools. ■ Cross-sectional shape - Based on the experience gained from designing and manufacturing spinning nozzles, we can propose hole shapes suitable for specific applications and conditions. - Depending on the cross-sectional shape of the hole, we can also suggest shapes suitable for laminar flow, turbulent flow, pressure loss, and electron beam focusing. *For more details, please refer to the related link page or feel free to contact us.
