Holder with Chip Splash Prevention
Ultra-lightweight cover
for improved productivity.
- “Lightweight material” + “molding technology” creates an ultra-lightweight cover.
Holder without chip problems.
- Reduces machining defects and machine stops in the production line caused by chip scattering.
- Attachable to the currently used holder.
“Amazing Ideas / Facts!”
A holder with a cover that prevents chips from scattering around, thus results in better productivity.
The cover is made of CFRP laminated plastic:
- High strength-to-weight ratio, heat resistance, and cutting oil resistance.
- Ultra-lightweight, satisfying the weight limit of the spindle.
POINT!
The cover is made of CFRP, making it extremely lightweight.Excellent !
POINT!
Ultra-lightweight cover prevents chips from scattering toward the spindle side.Excellent !
Improving Production EfficiencyGood !
Background / Point for Development
Background
- Chips around the spindle during machining can sometimes enter the interface during ATC, causing deterioration in machining accuracy and short time breakdown in the production.
- A metal cover to prevent chips from scattering was too heavy and did not meet the weight limit on the spindle side.
Point for Development
- A holder with an ultra-lightweight cover can prevent chips from scattering onto the spindle side.
- The CFRP additively manufactured product used for the cover has a high strength-to-weight ratio, and the nylon base resin has both heat resistance and cutting fluid resistance, so it can be used inside processing machines.
- It is extremely lightweight and meets the weight limit of the spindle, allowing the cover to be installed while preventing problems caused by scattering chips.
Product Specification
- *Can be specially designed and manufactured according to the purpose and application.
[For details, see “Service”: “3D printing service”]
| Size (mm) | See diagram*1 |
|---|---|
| Weight (g) | 60*1 (60 - 160) |
| Cover material | CFRP |
| Heat resistance | 145°C |
| Cutting fluid resistance | Yes |
- *1:Items in parentheses indicate actual performance.
