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Plasma cutting is a fast, cost-effective way to cut metal plate and sheet using a high-temperature ionized gas (plasma) arc. Plasma cutting is especially useful for thicker material and general-purpose plate work where strength and productivity matter more than ultra-fine edge cosmetics.
As experts in plasma cutting and fabrication, we handle a wide range of plasma cutting jobs, from base plates and brackets to structural components that move into bending, welding, and machining. We frequently work with customers to refine material, plate thickness, hole sizes, and edge conditions so plasma cut parts perform well in the final assembly and stay within budget.
As a metal fabrication company, we use CNC plasma cutting systems and experienced operators to deliver consistent, repeatable plasma cut parts.
Our plasma cutting capabilities include:
By combining CNC plasma cutting with our broader fabrication and finishing capabilities, we can take plate from raw stock to finished, ready-to-install parts with one partner.
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.
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.
Plasma cutting is a process that uses a high-temperature, electrically conductive gas (plasma) to cut through metal plate and sheet. In plasma cutting, an electrical arc forms between an electrode and the workpiece, creating a concentrated jet that melts and blows away the metal along a programmed path. CNC plasma cutting combines this process with computer control for repeatable, accurate cuts.
Plasma cutting is a good choice when:
For thinner, highly cosmetic parts with very tight feature detail, laser or fiber laser cutting may be recommended instead.
We use plasma cutting to produce:
These plasma cut parts often move directly into our bending, welding, and finishing operations.
Plasma cutting is commonly used for:
If you have a specific grade or type of plate in mind, we can review it and confirm whether plasma cutting is the best process for your job.
Plasma cutting is typically used for medium and thicker plate where it is more economical than other processes. Exact thickness ranges depend on material and part geometry. When you submit your RFQ, include material and thickness so we can confirm current plasma cutting capacity.
Yes. We support one-off plasma cut parts, small batches, and full production volumes. Plasma cutting works well for both prototypes and repeat structural or industrial parts.
Preferred file formats for plasma cutting quotes are DXF, DWG, STP and PDF.
Providing clean flat patterns or clearly defined profiles helps us quote plasma cutting work quickly and accurately.
Typical plasma cutting tolerances depend on plate thickness, feature size, and part geometry. Plasma cutting usually has looser tolerances and more edge taper than laser cutting, but it is very effective for many structural and general plate applications. When we review your drawings, we will confirm realistic tolerances for your specific project.
In general:
We can help you decide whether plasma cutting, laser cutting, or fiber laser cutting is the right fit based on material, thickness, and design.
Plasma cutting pricing is influenced by:
We can often suggest small design or nesting changes that reduce cut time and material waste.
Yes. Plasma cut parts are frequently used in structural steel fabrication, frames, and welded assemblies. We can plasma cut plates and components, then move them directly into welding, machining, and finishing for a complete structural or fabricated solution.
After plasma cutting, parts can be:
If your project has specific coating, color, or surface prep requirements, include those details with your RFQ.