Progressive and in-die transfer Metal Progressive Stamping are cost-efficient metal manufacturing processes in which coiled sheet metal is automatically fed into a press through the stamping stations of a progressive die set. Multiple operations, such as punching, bending, and piercing, are performed simultaneously with each press stroke cycle as the piece moves through the drawing process. The final component is developed as the strip of metal processes through the stamping die. Request a Quote
We have the experience and the resources to manufacture custom metal stampings cost-competitively, in whatever quantity required. We provide superior quality in stamping product design, tool design, and construction execution to produce consistent quality in our finished metal stampings. Our experience includes single operation, multiple operation, and deep drawn metal stampings using a combination of high-speed presses and automated equipment to ensure the highest quality product with the quickest possible turn-around. We work in all tempers, using stainless steel, aluminum, hot and cold rolled steel, brass, and copper, and can provide a variety of secondary operations to assemble and complete manufacturing requirements to customer specifications. Our engineering staff can develop achievable solutions for even the most complex custom stamping challenges, and can assist with design or material modifications to generate significant cost savings for our customers.
For more information about our metal stamping capabilities or to request a quote for your project, please contact Luitink Manufacturers, LLC. We’d enjoy hearing from you.
Deep Drawn Metal Stampings l Sheet Metal Stamping l Resistance Spot Welding l Robotic ARC Welding l Resistance Seam Welding l Aluminum TIG Welding Projects l Automotive Metal Stamping l Precision Sheet Metal Fabrication l Sheet Metal Engineering
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Drawn stainless steel shells are loaded onto the conveyor belt of an annealer that is atmospherically controlled to prevent oxide scale and discoloration on the parts during the annealing process.
Stainless steel parts are processed through an automated pickling/passivating line to remove oxide scale and heat tint discoloration as well as to remove surface contamination.
The pictured robotic welder is used for plasma arc welding parts that require accurate weld locations, repeatability and long weld paths (or for multiple parts with short weld paths). To help reduce part cost, this unit is set up in a cell environment to permit additional operations during welding.
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