List of byte products
- classification：byte
1～45 item / All 916 items
It won't break even after 1 million repetitions! A mat switch with reliable operation, high durability, and low price. Suitable for options in machine tools as well. Please consult us about delivery t...
- Sensors
We can accommodate high resistance over 10,000 ohms, with diameters ranging from approximately 30 mm to 8 inches, and we also offer thinning and chip processing arrangements!
- Other semiconductors
- Processing Contract
- Wafer
Stable cutting processing is possible with a high-rigidity clamp design.
- byte
Reduced production time by approximately 60% with HORN's broaching process, and further reduced costs by about 41%. Introduction of a successful case study from a gear manufacturer.
- brooch
- byte
- Other cutting tools
Demonstrates exceptional chip breaking performance, reducing the hassle of processing interruptions. Also achieves tool longevity.
- byte
Achieves stable processing with a unique high-rigidity clamp.
- byte
Stabilizing precision machining of aerospace components with a high-rigidity clamp design.
- byte
Achieving stable cutting processing with a high-rigidity clamp design.
- byte
Achieving stable processing of implant manufacturing with a high-rigidity clamp design.
- byte
Achieving stable precision molding with a high-rigidity clamp design.
- byte
Achieving stable cutting processing with a high-rigidity clamp design.
- byte
Achieving stable cutting processing with a high-rigidity clamp design.
- byte
Achieving stable cutting processing with a high-rigidity clamp design.
- byte
Achieving stable cutting processing with a high-rigidity clamp design.
- byte
Achieving stable cutting of turbine parts with a high rigidity design.
- byte
Achieving stable cutting processing of robot joint parts with a high-rigidity clamp design.
- byte
Achieving stable cutting processing with a high-rigidity clamp design.
- byte
Grooving tools that achieve stable machining for high-precision parts processing.
- byte
Achieving stable grooving that supports high-precision implant processing.
- byte
Achieving stable machining of joint components with high-rigidity clamps.
- byte
High rigidity clamp that achieves stable groove machining for drive shaft processing.
- byte
Grooving tools that achieve stable processing and time reduction for wheel groove machining.
- byte
Reduce chip clogging in the drive shaft component processing and achieve stable machining.
- byte
Solving processing challenges of drive system components. Reducing chip clogging and extending tool life.
- byte
Reduces chip clogging in turbine component machining and extends tool life.
- byte
Reduce chip clogging and improve processing effort and tool life.
- byte
Reduce chip clogging and improve processing effort and tool life.
- byte
Reduce chip clogging and improve processing effort and tool life.
- byte
Reduce chip clogging and improve processing effort and tool life.
- byte
Reduce chip clogging during cylinder inner diameter machining and achieve stable processing.
- byte
Reduce chip clogging and improve processing effort and tool life.
- byte
Reduce chip clogging in implant processing and achieve stable machining.
- byte
Reduce chip clogging and improve processing effort and tool life.
- byte
Reduce chip clogging and improve processing effort and tool life.
- byte
Achieving high-precision lens mount processing with stable machining.
- byte
Improving the stability of gear machining with a unique high-rigidity clamp.
- byte
Stabilizing the processing of valve components in the energy sector with high-rigidity clamps.
- byte
Improved stability in spindle component machining with a unique high-rigidity clamp.
- byte
Stable processing of seal grooves for hydraulic and pneumatic equipment using high-rigidity clamps.
- byte
Improving the stability of precision parts processing with a high-rigidity clamp.
- byte
Improving the stability of automotive parts processing with a unique high-rigidity clamp.
- byte
![[Aerospace] Tool costs reduced by a...](https://image.mono.ipros.com/public/product/image/93486/IPROS13418091570354502002.jpeg?w=280&h=280){kind=small}
[Aerospace] Tool life increased by over 20 times! Solve chip wrapping issues with sintered U breakers.
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【For automotive parts processing】Tool life increased by over 20 times! Chip wrapping resolved with sintered U breakers.
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Eliminated the chip problem and achieved approximately 90% reduction in tool costs.
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Tool life over 20 times! Solve chip problems with sintered U breakers.
- byte
Tool life over 20 times! Solve chip problems with sintered U breakers.
- byte
[For industrial machinery] Tool life increased by over 20 times! Eliminate chip wrapping with sintered U breakers.
- byte