A customer in the Energy Industry needed to debur stainless steel tubing of cross-drilled holes inside and outside for a bracket / high voltage. This was the customer's first experience with Heule and was very impressed with the speed and consistent

A customer in South Carolina with a Valve Seat application experienced longer than desired cycle times. With the HEULE COFA 6 tool, we were able to reduce their cycle time and experience a savings of 15 minutes per part!

View PDF Challenge: A precision manufacturer focused on the aerospace Industry was using a competitor’s manual back counterbore tool for an exhaust flange. The customer was looking for a faster automated solution similar to what they have used on

A manufacturer of agricultural equipment wanted to replace manual deburring. They were running all of their machines unattended with one operator, so they wanted to move deburring to the machine and free up time so the operator could monitor other machines and parts. 

A manufacturer producing around 200,000 wheel hubs for trucks each year was looking for a solution to chamfer the front and back of the through holes in one set-up. 

A manufacturer in the energy industry had to resort to time-consuming manual deburring when a competitor’s tool failed to do the job. Deburring the part outside the machine took approximately 9 minutes. This is a substantial amount of time and labor since they were producing more than 1000 parts per month. HEULE's COFA tool was the solution that cut production time and eliminated the need to manually deburr. 

A precision manufacturer focused on the aerospace Industry was using a competitor’s back spotfacing tool for a gear housing, as the Heule BSF had not been introduced at the time his project began. Due to his lack of success with the competitor’s tool (tool breakage as well as insert longevity) the customer was willing to test the HEULE BSF not long after its introduction.

A manufacturer was deburring the oil bores on these crankshafts by hand for a large automotive customer. After repeated complaints from the customer, the manufacturer set out to look for a more reliable process for producing higher quality parts. HEULE determined that the application was suitable for the newly-innovated COFA-X, currently the only automated solution available on the market for deburring 1:1 ratio cross bores. 

A manufacturer of wind mills discovered HEULE's GH/E tool for applying counterbores to a wind mill blade hub, saving over 12 hours per part to produce.

A hydraulics manufacturer was able to reduce production costs and eliminate manual deburring using HEULE's X-Bores technology to deburr complex cross bores.