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 […]
The Best Metal Fabrication Surface Treatments for Durability
Fabricating your component is one thing – enhancing its durability, performance, and appearance is another. The right finish can increase corrosion resistance, reduce wear, improve cleanability, and create a professional-looking final product. That’s why manufacturers across industries turn to metal fabrication surface treatments to extend the life of their parts. At Profile Laser, we’ve found […]
When Should You Pivot from Stock Parts to Custom Perforation?
Plenty of HVAC, architecture, and even retail display projects can easily come together with stock parts. But when your production demands evolve past what those stock parts can support, it’s time to pivot to custom perforation. At Roy Manufacturing, we’ve found that buyers tend to wait too long to move away from standard perforated components. […]
Machining After Laser Cutting for a Better Fit and Finish
While laser cutting delivers speed and efficiency for creating complex shapes, secondary machining operations after laser cutting help refine the final product for a superior fit and finish. Combining precision laser cutting with machining results in higher-quality assemblies, reduced rework, and more reliable end-use performance. In fact, it’s a non-negotiable step for manufacturers who require […]
How Do Forming and Shearing Add Dimension to Parts?
With forming and shearing, you can add dimension to a flat, 2D sheet, transforming it into 3D parts with structural integrity and functional utility. At Profile Laser, we know that a flat, laser-cut part is often just the first step in metal fabrication. The real magic happens during the secondary stages: forming and shearing. Here’s […]
How Do You Choose the Right Metal for Your Laser Project?
When choosing a metal for your laser cutting project, it ultimately comes down to how reflective the material is, its thickness, corrosion resistance, and thermal conductivity. Choose the right metal, and you have a high-precision masterpiece on your hands. Choose the wrong metal, and you’re looking at a pile of expensive scrap. But how do […]
Aluminum or Stainless Steel: Which Metal Is Right for Your Project?
Choosing between aluminum and stainless steel comes down to the environmental exposure, weight, and budget of your perforated metal project. Both materials are industry heavyweights and offer distinct advantages in terms of strength, corrosion resistance, and aesthetics. At Roy Manufacturing, we’ve spent over 65 years helping architects, engineers, and contractors navigate these choices. Based on […]
Why Use Perforated Metal in Kinetic Architecture?
Once confined to rigid walls and unmoving facades, architecture is no longer a static discipline. Today, the most innovative structures are ones that breathe, shift, and adapt to their environment through kinetic design. At the heart of this evolution? Perforated metal. Keep reading to learn how perforated metal provides the perfect balance of structural integrity […]
The Top Benefits of Laser Cutting for Architecture
Architects thrive on pushing the boundaries of design. But that doesn’t mean they don’t also have to account for stringent durability and structural standards. How do they achieve both? By leveraging laser cutting for architecture. At Profile Laser, we’ve seen how laser cutting has revolutionized the way architects tackle complex projects. With our advanced fiber […]
Can Fiber Laser Cutting Reduce Warping in Thin Gauge Metal?
Some projects, like decorative facades and medical devices, call for thin gauge metal. These projects often leave little to no room for error, which can be a challenge with traditional thermal cutting methods. Laser cutting, on the other hand, avoids the struggle with heat management, making it a great option to reduce warping in thin […]
How Can Laser Cutting Reduce Fabrication Lead Times?
For Original Equipment Manufacturers (OEMs) and industrial designers, lead time is more than just a metric – it’s the difference between hitting a market window and losing a contract. As the pressure to quickly deliver high-quality components grows, OEMs are increasingly turning to laser cutting to reduce their fabrication lead times. At Profile Laser, we’ve […]