ER Tapping Collet, ER32, 0.429x0.322in MPN:ET32-429
ER Tapping Collet, ER32, 0.429x0.322in
The Lyndex-Nikken ER Tapping Collet is a precision tool designed for rigid tapping applications. Compatible with ER collet chucks, this collet features an internal square drive that matches the tap square, providing a tight fit for accurate and efficient tapping. Suitable for use with coolant-fed or non-coolant through systems, this collet is ideal for applications such as machining, manufacturing, and repair. Its compact design and durable construction make it a reliable choice for demanding tasks, while its ease of use and versatility make it a valuable addition to any workshop or production line.
Top product features:
- It has an internal square drive that matches the tap square, providing a tight fit for all rigid tapping applications.
- It is designed for use with ER collet chucks.
- It features a unique design that incorporates an internal square drive with ER series collets.
Top product applications:
- ER Tapping Collet can be used for Drilling and tapping operations in metalworking applications.
- ER Tapping Collet can be used with ER Collet Chucks for rigid tapping operations in metalworking applications.
- ER Tapping Collet can be used for tapping operations in machine shops and manufacturing facilities.
Rigid Tap Collet, Tap Size 9/16 In., M14, Tap Square Size 0.322 in, Compatible with Product Type ER Collet Chucks, Coolant Fed Non-Coolant Through, Features ER Tap Collets Feature a Unique Design that Incorporates an Internal Square Drive with Our Popular ER Series Collets, The Square Drive Matches the Tap Square, Providing a Tight Fit for all Rigid Tapping Applications, For Use With ER Collet Chucks
Additional Information
- Country of Origin: JP
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 10 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 2.00
- Package Width: 1.25
- Package Height: 1.25
- Package Weight: 0.34
Product info last updated on February 27, 2026 8:25am UTC
Category: Machining