Perforated materials are prevalent in architecture, OEM, Agricultural, and Fisheries as they offer aesthetic and functional benefits. Perforated materials are characterized by tiny holes or perforations arranged in a specific pattern on the material’s surface. These holes allow light, air, and sound to pass through, creating a unique visual effect and providing functional advantages for […]
How to Avoid Common CAD Mistakes That Delay Production
A metal fabrication project is only as good as its CAD file. With a clean, accurate CAD file, your project can sail through from concept to finished product. When your CAD file is riddled with errors, however, you’re looking at delayed production, higher costs, and headaches all around. Here, we’re sharing some of the most […]
What’s the Difference Between Standard Margins and No Margins in Perforated Metal?
Hole size, shape, and spacing get a lot of consideration in perforated metal design. But let’s not forget about the margins. Margins play just as big a role in how a finished perforated panel looks and performs. They affect everything from fabrication to installation for industrial equipment, architectural screens, ventilation systems, and more. Here’s what […]
A Guide to Laser Cutting Mild Steel
Accurate. Durable. Cost-effective. From industrial machinery components to architectural metalwork, laser cutting mild steel checks all the boxes for precise parts with clean edges and consistent dimensions. But just how thick of a mild steel gauge can a laser cut through? What are the best applications for this fabrication method? And which finishing options deliver […]
Why Oregon Architects and Builders Choose Profile Laser for Architectural Metal Fabrication
Oregon architects and builders rely on durable, aesthetically pleasing precision components for countless projects. Partnering with the right fabrication partner to produce those components makes all the difference in how smoothly those projects move from concept to completion. At Profile Laser, our team has delivered accurate, consistent, and practical architectural metal fabrication solutions for Oregon […]
How to Reverse-Engineer Perforated Components When Replacement Parts Are Unavailable
When a manufacturer discontinues a key equipment component, finding a replacement quickly becomes a frustrating and expensive process. But what if we told you that you don’t always need the original manufacturer to keep your equipment up and running? Instead, you can reverse-engineer perforated metal components to recreate hard-to-source parts, extend your equipment life, and […]
How Do Custom Replacement Screens Reduce Equipment Downtime?
Every minute of unplanned downtime costs manufacturers time and money. Waiting for a standard replacement part only increases those costs, especially if that standard part doesn’t actually fit your equipment. With custom replacement screens, however, manufacturers can reduce downtime. Whether your operation handles aggregate, agricultural products, recycled materials, or other industrial materials, custom perforated metal […]
How Do Laser Cutting and Welding Work Together in Metal Fabrication?
Laser cutting and welding work together to turn raw materials into precise, durable components. The processes are often used jointly in industries like manufacturing and construction to improve part fit, reduce rework, and streamline production. Keep reading to see if it makes sense for your metal fabrication project. How Do Laser Cutting and Welding Work […]
How to Design Perforated Panels for Strength
A perforated metal panel’s strength doesn’t just come from the material itself. Every opening removes material from the panel, affecting the structural strength of the finished product. That means designers and engineers need to carefully consider hole size, spacing, pattern, and gauge when designing perforated panels for strength. How Do You Design Perforated Metal Panels […]
What’s the Difference Between Fiber Lasers and CO2 Lasers?
When you need precision-cut components, the technology behind the laser makes all the difference in speed, material compatibility, efficiency, and the quality of the finished part. While CO2 lasers are ideal for organic materials, fiber lasers have become a pillar of metal fabrication. Both technologies have their time and place, and understanding what those are […]
How to Prevent Common Perforated Metal Problems
Perforated metal can solve a lot of challenges, like airflow, screening, filtration, protection, and appearance. But that’s not to say it doesn’t come with occasional problems. In our experience, the most common perforated metal problems stem from projects that start with the wrong specs. Here’s how to identify potential issues before production so you can […]