Blog

You have a design ready, but now you face a costly choice: waterjet or laser cutting? Pick the wrong one, and you will waste time, ruin your material, or blow your budget. Here at ShincoFab, our factory floor runs both high-power fiber lasers and heavy-duty waterjets daily. I have personally overseen thousands of custom sheet

The primary difference between NEMA and IP ratings is that IP ratings primarily measure protection against dust and water, while NEMA ratings also measure resistance to real-world environmental hazards like corrosion, ice, and oil. IP is an international standard, whereas NEMA is widely used in North America. As a fabrication engineer at ShincoFab, I oversee

At ShincoFab, we use both MIG and TIG welding in day-to-day sheet-metal fabrication—from structural steel assemblies to aluminum and stainless-steel enclosures. The right process depends on the material, thickness, joint design, appearance requirement, production volume, and the welder’s skill. This guide explains the practical differences between MIG and TIG welding, including learning curve, productivity, material

What is deburring in sheet metal fabrication? Deburring is the process of removing the sharp, jagged edges (known as burrs) left behind on metal parts after they are cut, punched, or bent. If you just finished cutting a batch of parts and are dealing with these dangerous edges, this step is your solution. At ShincoFab,

Here at ShincoFab, I’ve spent years on our sheet metal fabrication floor watching great welders make expensive mistakes simply because they misread a blueprint. Whether we are fabricating custom 16-gauge stainless steel enclosures or heavy-duty aluminum chassis, I know exactly how frustrating it is to translate complicated engineer-speak into real-world welding. In this guide, I

If you design sheet metal parts, treating a bend relief like just another boring CAD rule is a costly mistake. Here at ShincoFab, our press brake operators bend thousands of parts every single week. After years of manufacturing sheet metal on the shop floor, I’ve seen what happens when designers ignore bend reliefs or size

At ShincoFab, our quality control bins have seen thousands of parts hit the scrap pile because of a single badly designed hole. As a lead fabrication engineer who spends every day walking between our CAD department and the ShincoFab factory floor, I know firsthand that countersink design is where most engineers make their most expensive

You just finished making a great metal part. Now, you need to protect it. At ShincoFab, our sheet metal fabrication floor processes thousands of parts every month. We have seen what can happen when a precisely stamped, bent, or machined part receives the wrong finish: the coating can interfere with fit, raise finishing costs through