|
|
| |
|
|
| |
BT CHU CNC DRILL CHUCKS
BT
直結式鑽夾頭 |
|
APPLICATION:
- The product can be adapted for the lathe or the drilling processing whose machines center can supply with NT spindle.
FEATURES:
- 3 times better clamping capacity, comparing
- to keyed drill chucks.
- The drill bit won't be loosen or falling off.
- Twice precision than the keyed drill chucks.
- The drill chuck is interchangeable.
用途:
- 適用於傳統銑床或其他提供NT主軸介面之工作母機作鑽孔加工。
特長:
- 比普通夾頭多3倍的夾持力
- 可預防夾頭脫落
- 比普通夾頭多出2倍精準
- 可替換式的夾頭
|
| |
BT ER COLLET CHUCKS
BT 刀把ER立銑式 |
|
APPLICATION:
- The product can be applied for end mills, drill bits, drill reamers, taps, and can clamp any straight cutters and tools.
用途:
- 本產品可使用於銑刀,鑽頭,鉸刀,絲攻及可夾任何直式的刀具及工具
|
| |
BT MILLING CHUCKS
BT 強力式立銑刀把 |
|
FEATURES:
- It is designed with inner rolling needles inside. This design can reduce the friction resistance when tightening and the wear of parts.
- The design of dustproof can prevent iron scrap dropping and extend longevity of chuck.
- The high clamping force is available. The product can prevent the cutting tools slipping when the users worked it and increase the longevity of cutting tools.
- High rigidity
- High precision
APPLICATION:
- The Milling chuck can be applied for heavy-duty & higher accuracy cutting.
特長:
- 內部滾針設計,可減少鎖緊時之摩擦阻力及零件磨耗。
- 防塵設計減少鐵屑掉入以延長使用壽命
- 高夾持力,防止刀具於加工時滑脫,增加刀具壽命。
- 剛性
- 高精密
用途:
|
| |
BT SIDE LOCK END MILL HOLDER
BT 側固式立銑刀把 |
|
APPLICATION:
- It can be applied for heavy cutting and milling process generally.
- The cutting tools can be clamped precisely. Even it’s worked in heavy cutting, it will not result in slipping on cutting tools.
- 適用於重切削及一般銑削加工
- 刀具夾持確實,即使重切削亦不致造成刀具滑動。
|
| |
BT FACE MILL HOLDER
BT 面銑式立銑刀把 |
|
APPLICATION:
- The product can be applied for Face milling.
-
本產品適用於平面銑削加工
|
| |
BT SLIM-FIT COLLET CHUCKS
BT 後拉式立銑刀把
|
|
APPLICATION:
- Slim-Fit collet chuck is clamped by Slim-Fit collet, it applied for high-speed and high precision machining.
- 後拉式刀把採用後拉式筒夾夾持,適用於高速精密之加工
|
| |
|
|
|
Customize products are available on request. 特製品可依客戶需求訂製 |
|
|
|
|