Precision Back Spotfacing Using Shop Air
IMTS22: Heule’s BSF Air Tool delivers precision back spotfacing using shop air to activate the tool, which eliminates the need for through-spindle coolant.
Heule Precision Tools highlights its newly enhanced BSF Air tooling, which it says is the first tooling system designed for automatic back spotfacing using compressed air activation. Designed for applications where through coolant activation is not possible, the Heule BSF Air Tool delivers precision back spotfacing using shop air to activate the tool, thus eliminating the need for through spindle coolant. This new innovation in Heule’s back spotfacing line of tools helps add another level of accommodation for end users that want to automate their back spotfacing operations, improve their cycle times and reduce their costs.
This unique tooling is available at the company’s U.S. warehouse and is said to be suitable for bore diameters of 6.5 mm to 21 mm and offer counter bores up to 2.3 times diameter.
Heule Precision Tools supports a wide range of hole-finishing tools for front and back deburring, countersinking, chamfering and counterboring for larger industrial manufacturing companies throughout North America. The company specializes in high production environments in the automotive, aerospace, energy and medical industries.
Related Content
-
Selecting a Thread Mill That Matches Your Needs
Threading tools with the flexibility to thread a broad variety of holes provide the agility many shops need to stay competitive. They may be the only solution for many difficult materials.
-
Form Tapping Improves Tool Life, Costs
Moving from cut tapping to form tapping for a notable application cut tooling costs at Siemens Energy and increased tool life a hundredfold.
-
How to Mitigate Chatter to Boost Machining Rates
There are usually better solutions to chatter than just reducing the feed rate. Through vibration analysis, the chatter problem can be solved, enabling much higher metal removal rates, better quality and longer tool life.
