"We got the consistency we needed to keep our production going AND saw a $45,000/yr savings in time and labor."

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How Does It Work?

As the rotating tool is fed into the hole, the front cutting edge deburrs the top of the hole by cutting a 45° chamfer. As the tool feeds into the part, the blade is forced into the body and slides in the blade window.

When the blade is in the hole, only the ground sliding surface touches the hole protecting it from damage while the tool is fed through the part. There is no need to stop or reverse the spindle.

When the blade reaches the back of the part the coiled spring acts with the control bolt to push it back out into cutting position. The back edge is deburred and chamfered as the tool is withdrawn. When the blade is again in the hole, the tool can be rapid fed out and on the next hole.

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SNAP

The Precision Chamfering Tool

• A simple tool for deburring and/or chamfering through holes on the top and bottom
• No need to reverse the spindle, dwelling, or indexing the part
• Ideal choice for high volume manufacturing
• Coated carbide blades ensure long tool life
• Easy blade changes increase production efficiency
• Blades are ground with patented geometry developed by HEULE to produce quality chamfers and eliminate secondary burrs
• Solid body design provides the highest durability of any deburring tool

Available from stock for immediate delivery in sizes from 2 mm to 25 mm (.079"-.984")
Cassette option available from stock for larger hole sizes 

How Do I Order a SNAP Deburring/Chamfering Tool?

View Catalog

1. Use the bore size to select a tool body. Ød
- Select the largest tool that fits the bore. Use our Tool Selector for assistance.
2. Use the desired chamfer size to select a blade. ØD
- Select the proper cutting blade. 

Please note: tools are sold without blades.

View SNAP Application Data Sheet

Questions? Contact Your Local Sales Agent

SNAP Case Study

Producing Quality Chamfers on Car Hydraulic Components

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Challenge

A manufacturer of car hydraulics components faced the problem that their solid carbide chamfer tool did not produce the required chamfers in the desired quality on the cast surface.