Custom tooling case study
From production update to customer shop trial: custom gooseneck press brake tooling
This anonymized case combines the customer's positive reaction to COVO production-update videos, customer-supplied uncrating footage and later shop-trial views of the custom upper tool installed with a formed return inside the relieved body.
Challenge
A previously formed return entered the space beside the upper tool during a later bend. A straight-sided punch did not provide the clearance required by this part geometry.
Approach
The custom gooseneck body moves the upper tool away from the interference area while retaining the required working nose. Final relief must be checked against the full profile, sequence, interface and forming load.
Outcome
The records show positive feedback on production media, tooling sections during uncrating and the custom upper tool later installed with the formed return inside the relief. They do not verify dimensions, tonnage, accuracy, repeatability, cycle time or tool life.
What the customer actually said
Before shipment, the customer reacted to COVO's manufacturing-update videos with clear enthusiasm. These excerpts preserve the original English wording while excluding identity and commercial details.
“Very very cool I am so excited!!!”
“That is so freaking cool.”
“Thank you for the videos I think that's the coolest thing and I've shown everybody lol”
The messages document a positive reaction to production-update media. They are not dimensional acceptance and do not verify bend accuracy, tonnage, repeatability, cycle time or tool life.
Customer-supplied uncrating video
A silent 31-second clip shows sections of the custom tooling being removed from protective wooden cases. Original audio was removed for privacy; this is uncrating evidence, not a tooling-performance test.
Customer source
United States · Sheet metal manufacturer
This case is based on production feedback, uncrating footage and shop-trial media supplied by a U.S. sheet-metal manufacturer. The company name and precise location are not published.