Bjorn Thompson 1/7/26 Bjorn Thompson 1/7/26

How to Reduce Costs in Sheet Metal Fabrication Projects

Sheet metal fabrication is a critical part of many manufacturing and construction projects—but costs can add up quickly if the process isn’t planned carefully. From material selection to design choices and production methods, small decisions can have a big impact on your final price. Below are practical, proven ways to reduce sheet metal fabrication costs without sacrificing quality or performance.

Bjorn Thompson 12/22/25 Bjorn Thompson 12/22/25

First Article Inspection in Sheet Metal Manufacturing

First Article Inspection (FAI) is a critical quality control process in sheet metal manufacturing, serving as the bridge between design intent and full-scale production. It is the first formal verification that a manufactured part meets all specified requirements before mass production begins. When performed correctly, FAI helps prevent costly errors, reduces scrap, and builds confidence between manufacturers and customers.

Bjorn Thompson 12/16/25 Bjorn Thompson 12/16/25

Common Sheet Metal Finishes Explained: Powder Coating, Anodizing, Plating & More

Surface finishing is a critical phase in sheet metal fabrication that directly impacts corrosion resistance, mechanical performance, dimensional stability, and part longevity. Proper finish selection is often dictated by environmental exposure, functional requirements, industry standards, and material compatibility.

This article provides a technical overview of common sheet metal finishing processes, including their mechanisms, performance characteristics, and typical industrial applications.

Bjorn Thompson 12/8/25 Bjorn Thompson 12/8/25

Who Uses Fabricated Sheet Metal ? The 10 Major Industries Driving Demand

Sheet metal fabrication plays a crucial role in modern manufacturing. From the cars we drive to the buildings we live and work in, fabricated metal parts are everywhere. Businesses across a wide range of industries rely on custom sheet metal components to create durable, precise, and cost-effective products.

Bjorn Thompson 12/1/25 Bjorn Thompson 12/1/25

ELO Engineering Hosts ASCM Twin Cities Chapter for Facility Tour and Networking Event

ELO Engineering successfully hosted the ASCM Twin Cities Chapter on October 30th, bringing together supply-chain, operations, and manufacturing professionals from across the region for an evening of learning, collaboration, and industry engagement. The event highlighted ELO Engineering’s capabilities in precision sheet-metal fabrication and reinforced the company’s role as a key partner within the regional manufacturing ecosystem.

Bjorn Thompson 11/19/25 Bjorn Thompson 11/19/25

Laser Cutting vs. CNC Punching: Which is Better for Your Sheet Metal Project?

When designing a sheet metal part, choosing the right fabrication process is one of the most important decisions you’ll make. Two of the most common cutting methods—laser cutting and CNC punching—each offer unique advantages depending on your part geometry, volume, and material requirements.

Understanding the differences helps engineers, buyers, and manufacturers choose the most cost-effective and efficient process. Below, we break down how the two methods compare and when each one is the smarter choice.

Bjorn Thompson 11/14/25 Bjorn Thompson 11/14/25

The History of Sheet Metal in Minneapolis: How an Industry Shaped a City

Bjorn Thompson 11/10/25 Bjorn Thompson 11/10/25

What Is Metal Grinding? A Guide to Precision Surface Finishing

Learn how metal grinding transforms raw metal into smooth, precise components. Explore surface finishing techniques, benefits, and applications in fabrication.

Bjorn Thompson 11/5/25 Bjorn Thompson 11/5/25

Types of Metals Used in Sheet Metal Fabrication - An Engineer’s Guide

Learn the key metals used in sheet metal fabrication, including carbon steel, stainless steel, aluminum, and copper alloys. Compare properties, grades, and applications.

Bjorn Thompson 10/31/25 Bjorn Thompson 10/31/25

What Is Precision Sheet Metal Fabrication? A Complete Beginner’s Guide

Precision sheet metal fabrication transforms flat metal into precise, durable components used in products across aerospace, medical, electronics, and industrial industries. This beginner-friendly guide explains the key processes—from design and cutting to forming, welding, and finishing.