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Laser and fiber cutting is one of the most efficient ways to produce precise metal parts at scale. With modern fiber laser cutting equipment, we can cut complex shapes with clean edges and tight repeatability across a wide variety of metals.
As experts in laser and fiber cutting, we can handle just about any cutting job, from simple flat parts to highly detailed profiles that feed into forming, welding, and machining operations.
We often work with customers to refine details such as material, thickness, part geometry, and tabbing to be sure the design is optimized for laser cutting and downstream processes.
We synchronize our precision metal work with the highest quality of customer service, while using state-of-the-art technologies that provide customized metal fabrication solutions to fulfill our customer needs.
Fiber laser cutting is one of the fastest and most accurate ways to cut metal plate and sheet.
CO2 laser cutting is one of the most accurate and efficient ways to cut metal parts with tight repeatability and clean edges.
Tube laser cutting uses a focused laser beam to precisely cut holes, slots, miters, and complex shapes into metal tubes.
Plasma cutting is a fast, cost-effective way to cut metal plate and sheet using high-temperature ionized gas (plasma) arc.
We are pleased to announce that we are a part of the Made in Missouri USA Program sponsored by the Missouri Association of Manufacturers and the Missouri Buy MO Program, sponsored by the Office of the Governor Mike Kehoe. Both Programs are designed to showcase and support all the incredible and unique products made by Missouri manufactures and business.
We respond quickly with clear pricing, lead times, and any recommendations that could improve cost, manufacturability, or performance.
Laser and fiber cutting is a process that uses a focused laser beam to cut metal plate and sheet into precise shapes. Fiber laser cutting is a type of laser cutting that uses fiber optic technology for higher speed, efficiency, and accuracy. Our laser and fiber cutting capabilities produce clean edges and repeatable parts that are ready for forming, welding, and finishing.
We use laser and fiber cutting to produce brackets, gussets, base plates, mounting plates, tabs, panels, enclosures, guards, signage components, and many other flat metal parts that feed into forming, welding, structural, and assembly processes.
Laser and fiber cutting at FPS typically covers:
If you have a specific alloy or material in mind, we can review it and confirm whether laser or fiber cutting is the right option.
Exact thickness capability depends on the material and part geometry, but laser and fiber cutting is generally well suited for thin to medium-gauge sheet and plate. When you send your drawings, include material and thickness so we can confirm current capacity and the best cutting process for your job.
Yes. We support one-off parts, short runs, and full production quantities for laser and fiber cutting. You can start with prototypes and then move into repeat production once your design is finalized.
Preferred file formats for laser and fiber cutting quotes are DXF, DWG, STP and PDF.
Typical laser and fiber cutting tolerances depend on material, thickness, and feature size. Laser and fiber cutting is known for tight, consistent tolerances on holes, slots, and profiles. When we review your drawings, we confirm what is achievable for your specific material and geometry.
If you send flat patterns or drawings with material, thickness, quantities, and any special notes, we can respond with a laser and fiber cutting quote quickly. Clearly marking critical dimensions or features helps us quote more accurately and efficiently.
Yes. Laser and fiber cutting is often the first step in a larger fabrication process. We can laser cut blanks, then move them directly into bending, machining, welding, and finishing in-house, which helps control quality and timing across the entire job.