Production Engineering has provided reliable production equipment solutions for manufacturing plants since 1953. When possible, we supply pre-engineered standard equipment. When needed we supply a custom designed and built solution. Industries served include: Medical Devices & Aerospace components. Automotive Struts, Shocks, Brakes, & Door Locks. Automotive Seats, Frame Structures, & Transmission Components.
Appliance Components and complete assemblies. Stamped Metal welded assemblies, Lighting Products, Safety Devices, and Consumer Products. We supply all types of Resistance Welding equipment (spot, projection, seam, capacitor discharge, etc.). Electron Beam Welding equipment for small and large assemblies, as well as Electron Beam Additive Manufacturing (EBAM) equipment.
We represent the leading manufacturer of industrial RF sealing and plastic welding equipment. Our suppliers design and build standard and custom assembly / process equipment to meet the special manufacturing needs of Americas largest manufacturers.
Appliance Components and complete assemblies. Stamped Metal welded assemblies, Lighting Products, Safety Devices, and Consumer Products. We supply all types of Resistance Welding equipment (spot, projection, seam, capacitor discharge, etc.). Electron Beam Welding equipment for small and large assemblies, as well as Electron Beam Additive Manufacturing (EBAM) equipment.
We represent the leading manufacturer of industrial RF sealing and plastic welding equipment. Our suppliers design and build standard and custom assembly / process equipment to meet the special manufacturing needs of Americas largest manufacturers.
Services
In 1942, as part of the emerging "Greatest Generation", Carl Bertsche Sr. completed his engineering degree at the University of Cincinnati and was commissioned as 2nd Lt. in the U. S. Army.
Carl faithfully served his country in Europe, and returned home after WW2.
He began working for Precision Welder and Flexopress Company in Cincinnati, Ohio and soon became their chief engineer.
At Precision, Carl was surrounded by talented peers.
Since he possessed both talent and initiative himself, Carl decided to strike out and start his own company.
Carl faithfully served his country in Europe, and returned home after WW2.
He began working for Precision Welder and Flexopress Company in Cincinnati, Ohio and soon became their chief engineer.
At Precision, Carl was surrounded by talented peers.
Since he possessed both talent and initiative himself, Carl decided to strike out and start his own company.
The rocker arm type welder is a commonly used stationary spot welder for low production applications.
It is actuated by a mechanical foot pedal or by an air cylinder.
The lower arm is usually adjustable up and down for set up, but is stationary during the weld.
The upper arm is not adjustable, but pivots or "rocks" into the weld position, to form the weld circuit.
Rocker arm machines are well suited for a wide range of work, up to a welding capacity of 2 thicknesses of 1/8 thick steel.
Foot operated machines are best suited for miscellaneous job shop work, including many sheet metal fabrications.
It is actuated by a mechanical foot pedal or by an air cylinder.
The lower arm is usually adjustable up and down for set up, but is stationary during the weld.
The upper arm is not adjustable, but pivots or "rocks" into the weld position, to form the weld circuit.
Rocker arm machines are well suited for a wide range of work, up to a welding capacity of 2 thicknesses of 1/8 thick steel.
Foot operated machines are best suited for miscellaneous job shop work, including many sheet metal fabrications.
Our modular benchtop welder has a robust design for use with automation or as a standalone benchtop welder.
The model MH-1501-A Weld Head offers fast, repeatable electrode control for a wide range of resistance welding applications.
This benchtop welder has many standard features and options as outlined below.
The model MH-1501-A Weld Head offers fast, repeatable electrode control for a wide range of resistance welding applications.
This benchtop welder has many standard features and options as outlined below.
You will achieve the repeatability and uptime you desire from every durable MIG, TIG, and Plasma welding systems that we produce.
Regardless of the welding method required, you will benefit from our 50+ years of welding experience.
Our applications engineers will work with you to help determine the optimal welding technology and system required to increase your productivity and add money to your bottom line.
MIG, TIG, or Plasma welding systems can be designed as flexible, expandable robotic systems or dedicated hard-tooled systems.
Regardless of the welding method required, you will benefit from our 50+ years of welding experience.
Our applications engineers will work with you to help determine the optimal welding technology and system required to increase your productivity and add money to your bottom line.
MIG, TIG, or Plasma welding systems can be designed as flexible, expandable robotic systems or dedicated hard-tooled systems.
Capacitor Discharge Welding (CD Welding) is an economical alternative to traditional resistance welding processes.
Its high production speeds, coupled with very low distortion welds, makes CD Welding the perfect choice for welding high carbon material and dissimilar metals.
In addition, the CD Welding process allows you to weld near net shapes with no post-process machining necessary.
Utilizing this process allows powdered metal designers to create component designs not previously thought possible and often dismissed.
Its high production speeds, coupled with very low distortion welds, makes CD Welding the perfect choice for welding high carbon material and dissimilar metals.
In addition, the CD Welding process allows you to weld near net shapes with no post-process machining necessary.
Utilizing this process allows powdered metal designers to create component designs not previously thought possible and often dismissed.
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