Category: Materials & Processes
Material selection and process capability for custom metal parts. Stainless steel, aluminium, copper and steel grades compared by formability, corrosion resistance, machinability and cost.
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BESS Enclosure Design Guide: IP Ratings, Latches & DFM
Read more: BESS Enclosure Design Guide: IP Ratings, Latches & DFMA reliable battery energy storage system enclosure is not made weather-resistant by one component. Its performance depends on the complete interface between the door, frame, gasket, latches, hinges, cable entries, ventilation system and fabricated sheet-metal structure. An IP-rated latch alone does not make a BESS enclosure IP66. The assembled enclosure must maintain the required protection…
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CNC Milling vs Sheet Metal: An Engineering Selection Guide
Read more: CNC Milling vs Sheet Metal: An Engineering Selection GuideAn engineering-focused guide to CNC milling vs sheet metal, with decision criteria, drawing checks, manufacturing limits, inspection planning, and an RFQ checklist.
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Deep Drawing Defects Troubleshooting: Causes and Corrections
Read more: Deep Drawing Defects Troubleshooting: Causes and CorrectionsAn engineering-focused guide to deep drawing defects troubleshooting, with decision criteria, drawing checks, manufacturing limits, inspection planning, and an RFQ checklist.
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Stainless Steel Welding Guide: Process, Distortion, and Finish
Read more: Stainless Steel Welding Guide: Process, Distortion, and FinishAn engineering-focused guide to stainless steel welding guide, with decision criteria, drawing checks, manufacturing limits, inspection planning, and an RFQ checklist.
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Progressive vs Compound vs Transfer Die: Choosing Stamping Tooling
Read more: Progressive vs Compound vs Transfer Die: Choosing Stamping ToolingISO 9001:201515,000 m² factorySince 1998MOQ 1 pcQuote in 3 hEN 10204 3.1 ±0.05 mmLaser accuracy ±0.5°Bend tolerance 12,000 WFibre laser 25–400 TPress range 3 hQuote response 1 pcMinimum order Tooling choice determines most of what a stamped part will cost over its lifetime. That decision happens before the first piece is ever made. For most…
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Powder Coating vs Anodizing vs Electroplating vs Passivation: Choosing a Metal Finish
Read more: Powder Coating vs Anodizing vs Electroplating vs Passivation: Choosing a Metal FinishISO 9001:201515,000 m² factorySince 1998MOQ 1 pcQuote in 3 hEN 10204 3.1 ±0.05 mmLaser accuracy ±0.5°Bend tolerance 12,000 WFibre laser 25–400 TPress range 3 hQuote response 1 pcMinimum order The finish decision is constrained before preference enters into it, because each process only works on certain base metals. Anodizing is an aluminium process. Passivation is…
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Laser Cutting vs Punching vs Waterjet vs Plasma: Choosing a Sheet Metal Cutting Process
Read more: Laser Cutting vs Punching vs Waterjet vs Plasma: Choosing a Sheet Metal Cutting ProcessISO 9001:201515,000 m² factorySince 1998MOQ 1 pcQuote in 3 hEN 10204 3.1 ±0.05 mmLaser accuracy ±0.5°Bend tolerance 12,000 WFibre laser 25–400 TPress range 3 hQuote response 1 pcMinimum order For most sheet metal parts under 20 mm thick, fiber laser cutting is the default and the burden of proof sits with the alternatives. The laser…
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304 vs 316 vs 316L Stainless Steel: Choosing the Right Grade for Fabricated Parts
Read more: 304 vs 316 vs 316L Stainless Steel: Choosing the Right Grade for Fabricated PartsISO 9001:201515,000 m² factorySince 1998MOQ 1 pcQuote in 3 hEN 10204 3.1 ±0.05 mmLaser accuracy ±0.5°Bend tolerance 12,000 WFibre laser 25–400 TPress range 3 hQuote response 1 pcMinimum order The practical answer to the 316 vs 316L stainless steel question is a short one: for welded parts in corrosive service, specify 316L; for everything else,…
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Deep Drawing vs Metal Stamping: Which Process Fits Your Part?
Read more: Deep Drawing vs Metal Stamping: Which Process Fits Your Part?ISO 9001:201515,000 m² factorySince 1998MOQ 1 pcQuote in 3 hEN 10204 3.1 ±0.05 mmLaser accuracy ±0.5°Bend tolerance 12,000 WFibre laser 25–400 TPress range 3 hQuote response 1 pcMinimum order The short answer to deep drawing vs metal stamping: choose deep drawing when your part is a seamless hollow shape whose depth is significant relative to…