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Cutting, bending, welding and assembly processes.
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The best prototyping materials depend on your testing phase. Use SLA resin or PLA for visual models, ABS or Polycarbonate for functional enclosures, and Aluminum 6061 or Sheet Metal for load-bearing tests. Match the material strictly to your manufacturing process to avoid costly testing failures.
Press joining, commonly known as clinching, is a cold-forming process that connects two or more layers of sheet metal without welding or separate fasteners. It utilizes a punch and die to plastically deform the sheets, creating a permanent mechanical interlock.
The main difference between 4140 and 4130 steel is their carbon content. 4140 contains 0.40% carbon, providing higher strength and deeper hardenability. 4130 contains 0.30% carbon, offering superior weldability and toughness. Both are chromium-molybdenum (chromoly) alloys, but they serve completely different manufacturing needs.
A sheet metal bend relief is a small notch cut at the end of a bend line to separate the bent material from the adjacent flat surface. This physical gap prevents the metal from tearing, bulging, or cracking during the press brake forming process.
Laser texturing is a non-contact surface preparation process that uses a focused laser beam to selectively ablate material. It creates highly precise micro-patterns to improve a part’s functional properties, such as coating adhesion, wettability, and wear resistance.
Electro-galvanized (EG) steel is produced by electrolytic deposition, creating a thin, uniform zinc layer on the surface of cold-rolled steel. In manufacturing, it is primarily selected when a project requires a combination of aesthetic finish, precise dimensional control, and moderate corrosion resistance. Unlike hot-dip galvanized steel, which is often used
Punching excels in high-volume runs with repetitive shapes, standard holes, or formed features like louvers, offering unmatched speed and lower per-part costs. Laser cutting is superior for low-to-medium volumes, tight-tolerance geometries, and intricate designs, eliminating tooling costs and ensuring flawless edge quality across varying material thicknesses.
In CAD software, adding a fillet is as easy as selecting an edge and typing a number. On the shop floor, that same click can double the machining time, force the use of fragile micro-tooling, and send the part cost through the roof. Fillets—the rounded transitions between two surfaces—are a
Fingerprint resistant stainless steel is often chosen for visible parts that need to stay clean in daily use. It can help reduce smudges, lower wipe-down frequency, and keep the surface looking more stable over time. That is why it is often used for appliances, decorative panels, enclosures, elevator interiors, and
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