Fineblanking
Fineblanking is a triple action precision blanking process that uses presses to cold extrude metal parts into near “net shape” reducing expensive secondary finishing operations. Consistent flatness, complex shapes and profiles, true position, and superior edge condition. Higher precision at lower cost.
High-speed stamping
Highly repeatable high speed stamping presses ranging from 20T-60T located in Knox, IN with the ability to produce parts at speeds between 350-550 SPM.
Conventional Stamping
Highly repeatable progressive and transfer stamping. All conventional stamping in Queretaro, Mexico. Press tonnages from 150T to 1500T. Competitive pricing.
Equipment overview
41 fineblanking presses ranging from 150T-1000T located in the US and Mexico.
0.1mm flatness tolerance held out of the press.
Strip widths from 40mm to 450mm
Part size up to 420mm
Thickness: 0.75mm-16mm steel, 20+mm Aluminum
Low and Medium Carbon steels, HSLA , Bi-metal, Copper, Inconel, Stainless Steel, and Aluminum
6 Conventional Stamping presses 150T-1500T (transfer and progressive) located in Mexico
Strip widths from 26 mm to 1375mm
Thickness: 0.3 to 7.5 mm
Part size up to 1500mm
Low and Medium Carbon steels, HSLA , Stainless Steel, Aluminum
3 high speed stamping presses ranging from 20 Ton to 60 Ton.
Strip widths from 20 to 120 mm
Part size up to 20 to 120 mm
Thickness: 0.2 mm to 2 mm
Materials: Aluminum, Brass, stainless steel, Copper, Bimetal and other precious metals.
Advantages: High volume production , superior quality, surface finish and cleanliness.
In-line washing systems to achieve high cleaning standards
Industries: Battery, EV/Automotive, Terminals
Double disc grinding(Horizontal and Vertical), Blanchard grinding, Paddle grinding
30% flatness improvement per pass down to 40 microns
Hard and soft grinding capability
Die roll removal and improve profile of critical surfaces to 40 microns
Hole size and cylindricity improvement down to 20 microns
Assembly solutions including riveting, staking, and welding (Laser, Capacitance Discharge, MIG).
Deburring: Belt sanding, Brushing, Coining, Tumbling cells
Flatness and surface profile improvement beyond grinding capabilities down to 5 microns.
CNC machining: size and location down to 30 microns
Turning
Milling
Multi cavity progressive tooling
Transfer tooling
In house die design
Build and maintenance.