Advanced Custom Sheet Metal Stamping Equipment For Large To Low Volume Production
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Luitink Manufacturing, L.L.C., a subsidiary of The Vollrath Company, L.L.C., is a full service, QS-9000 certified company, specializing in the use of progressive and transfer dies for the manufacture of quality custom metal stampings. Request a Quote
Sheet Metal Stamping is a metalworking process of cutting and shaping metal alloys into forms using a press tool which is loaded on a machine press or stamping press. Metal sheets can be molded into different forms to be used as components in large machinery and structures. Sometimes, sheet metal stamping is a single stage operation where every stroke of the stamping press produces the desired form on the sheet metal part. Sometimes, however, this occurs though a series of stages.
MATERIAL TYPE
- Stainless Steel
- Aluminum
- Hot and Cold Rolled Steel
- Brass
- Copper
SECONDARY OPERATIONS
EQUIPMENT LIST
- Presses from 30 ton to 880 ton
- Resistance (Spot) Welders
- Robotic Arc Welders
- Press Brake
- Burnisher
- Aqueous Parts Washer
PART SIZE RANGE AND PRODUCTION RUN SIZE CAPABILITIES
Contact Luitink Manufacturing, L.L.C., for capabilities on part size and production run size.
Sheet metal stamping is a very cost-effective way to produce many kinds of metal products on a very large scale. Sheet metal stamping is slowly replacing other metal forming processes like die casting, forging, fabricating and machining. One reason for this is the very low costs involved in sheet metal stamping. The dies used for sheet metal stamping cost less than those used in forging and casting. Also, the metals used in sheet metal stamping can be harder than those used in other processes, thus making the end product stronger. The cost of the secondary processes, like cleaning and plating are also considerably reduced.
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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