AF1253 | AF Collets

$24.00

Chicago, USA Stock -

Canada Stock -

AF-75 - 12.0mm Collets

Specification

Series - AF-75
Size - 12.0mm
Type - MM

Description

Description

AF-75 - 12.0mm Collets

Frequently Asked Questions

1. What is an AF Collet? ▼

An AF Collet is a precision tool-holding collet designed mainly for tapping and light machining operations. It provides a strong and stable grip on the tool shank, helping maintain accurate alignment during cutting. AF Collets are widely used in CNC and manual machines where consistent clamping and reliable performance are required. As a precision tools supplier in the USA, PAC Precision Tools offers AF Collets suitable for various machining needs.

2. What maintenance steps ensure AF Collets retain clamping accuracy? ▼

AF Collets should be cleaned regularly to remove chips, dust, and coolant residue. Avoid over-tightening and inspect the collet for wear or cracks. Proper storage in a dry, clean place helps maintain consistent clamping accuracy over time.

3. Can AF Collets handle repeated tool changes without losing grip? ▼

Yes, AF Collets are designed to withstand frequent tool changes while maintaining a strong gripping force. Their durable construction helps prevent loss of elasticity, making them suitable for production environments with repeated setups.

4. How do AF Collets improve thread quality in tapping operations? ▼

AF Collets provide stable tool holding and accurate alignment, which reduces tap movement during threading. This results in cleaner threads, consistent depth, and a lower risk of tap breakage, especially in CNC tapping applications.

5. Are AF Collets compatible with both CNC and manual machines? ▼

Yes, AF Collets can be used in both CNC and manual machines. Their simple and reliable clamping design makes them suitable for a wide range of machining setups, from job shops to production units.

6. Which applications benefit most from AF Collets? ▼

AF Collets are ideal for tapping, drilling, and light milling operations where consistent grip and accuracy are required. They perform well in general machining and high-speed applications with frequent tool changes.