Floating chuck with a parallel float mechanism for perfect reaming processing.
What is a floating chuck? When using a reamer on a lathe, it is necessary to correct the misalignment between the chuck and the axis of the pilot hole. This misalignment can be corrected by using a floating chuck with a self-centering mechanism. The floating chuck perfectly aligns the axis of the reamer with that of the workpiece's pilot hole, allowing for machining with the reamer's inherent precision. Advantages of a floating chuck The excellent self-centering mechanism prevents tapering of the hole and enlargement of the hole diameter, thereby improving the surface accuracy of the hole. Problem-solving with a floating chuck By increasing the speed of reaming, productivity is enhanced. This is due to improvements in surface roughness and hole accuracy. Additionally, because the reamer wears evenly during machining, tool life is significantly extended, allowing for machining over long periods without a loss of precision.
Inquire About This Product
basic information
The technical mechanism of the floating chuck The parallel float mechanism corrects the misalignment between the reamer and the workpiece's pilot hole. The structure of the special ball bearings and axle drive shaft incorporated in the floating chuck enables smooth floating in both vertical and horizontal directions even during high-torque reaming operations. In machine tools such as semi-automatic lathes, Swiss-type lathes, or boring machines, achieving perfect surface accuracy in hole processing with a reamer is very challenging. This difficulty arises in the case of semi-automatic lathes due to spindle expansion during machining, while in Swiss lathes, it is generally due to wear.
Price range
Delivery Time
Applications/Examples of results
The floating chuck solves the following problems during reaming: - Misalignment between the pilot hole and reaming - Increased hole dimensions - Conical shape of the hole (widening at the entrance) - Conical shape of the hole (widening at the bottom)
Detailed information
-
PHC25 ER32
-
MPH20 ER11
Line up（5）
| Model number | overview |
|---|---|
| Floating Chuck PH/ER | Compatible with ER11 collet |
| Floating Chuck PHC/ER | Compatible with ER20 or 32 collet. Coolant through compatible |
| CAPTO Compatible Floating Chuck PHC-C/ER | Floating chuck compatible with CAPTO standards. Can be used with coolant through, compatible with ER20 or 32 collet |
| Floating Chuck MPH/ERMX | Floating chuck compatible with mini screws. Compatible with ER11 |
| Floating Chuck MPHC/ERMX | Floating chuck compatible with mini screws and coolant through. Compatible with ER11 and 16 collet |
catalog（1）
Download All Catalogs
Company information
Rego-Fix was established in 1950 in the Basel region of Switzerland and is a manufacturer and seller of high-precision tooling systems. The ER collet, developed by Rego-Fix in 1972, quickly spread worldwide and was adopted as a DIN standard in 1993, becoming an industrial standard. Today, with over 280 employees globally, Rego-Fix continues to be an active leading company in the industry, delivering innovative tooling systems to customers. Rego-Fix has sales partners in 50 countries and subsidiaries in the United States, China, Japan, Brazil, and India. Its products are widely used in the automotive, aerospace, mold, machine tool, medical, telecommunications, and watch industries. Rego-Fix products are sold through authorized distributors. For inquiries regarding quotes, please contact the distributor through the link below: https://jp.rego-fix.com/ja/distribution/by-region Technical support will be provided by Rego-Fix Japan.
![[Aerofix Implementation Case] Company A](https://image.mono.ipros.com/public/product/image/98f/2000702749/IPROS44373277173629561040.png?w=280&h=280)
![[Aerofix Implementation Case] Company B](https://image.mono.ipros.com/public/product/image/e3c/2000702752/IPROS50355708300994021346.png?w=280&h=280)
![[Aerofix Implementation Case] Company C](https://image.mono.ipros.com/public/product/image/189/2000702754/IPROS54864768942135510201.png?w=280&h=280)