Precision Plasma Cutting for Heavy Metal Projects
Heavy Materials | Cost-Effective | Fast Throughput
Plasma cutting provides a fast and practical way to cut heavier metal materials into custom parts, components, and project-ready shapes.
Triad Precision uses plasma cutting machines to quickly and precisely cut supported steel, stainless steel, aluminum, brass, and copper materials.
Our technicians review the material, dimensions, design, and production requirements of each project to help determine whether plasma cutting provides the right combination of precision, speed, and cost.
Benefits of Plasma Cutting
Plasma cutting is a practical option for projects involving heavier materials, fast production requirements, and supported metal applications.
Fast Throughput
Plasma cutting provides an efficient way to cut suitable materials and keep production work moving.
Cost-Effective Cutting
The process offers a practical cutting solution for projects involving heavier metal materials.
Precise Results
Triad Precision uses plasma cutting to produce accurate parts and custom shapes based on the requirements provided.
Multiple Metal Options
Plasma cutting is available for supported steel, stainless steel, aluminum, brass, and copper applications.
Plasma Cutting for Supported Metal Materials
Triad Precision provides plasma cutting for projects involving several supported metal materials. The service can be used to produce custom shapes, individual parts, and components based on the information supplied for each project.
Material type, thickness, dimensions, design, quantity, and the intended use of the finished component should be reviewed before production begins. Customers should provide as much project information as possible so the Triad Precision team can determine whether plasma cutting is appropriate for the work.
Supported Material Applications
Steel
Aluminum
Copper
Stainless steel
Brass
Other supported metal materials
Specific material compatibility should be confirmed when submitting the project for review.
When to Consider Plasma Cutting
Plasma cutting may be suitable when a project involves heavier metal materials or requires an efficient and cost-effective cutting process.
- Heavier metal materials
- Custom metal parts and components
- Detailed shapes produced from supported metals
- Prototype and production requirements
- Projects requiring fast material cutting
- Work requiring a practical balance of speed and cost
Our Approach to Plasma Cutting Projects
Every project begins with a review of the available material, design, dimensions, quantity, and intended application.
Review the Requirements
Our technicians review the project details and the type of metal that needs to be cut.
Match the Cutting Process
We consider whether plasma cutting or another available cutting method is more appropriate for the material and design.
Complete the Cutting
The required components are cut according to the approved project information, with attention to precision and efficiency.
Matching Your Project to the Right Cutting Process
Triad Precision provides multiple cutting methods under one roof. Our technicians review the project requirements and help determine which available service provides the most suitable combination of precision, speed, and cost.
Plasma cutting is generally suited to heavier metal materials and fast throughput. Projects requiring finer detail or minimal heat distortion may be better suited to laser cutting, while CNC router cutting may be appropriate for supported plastics, composites, aluminum, and wood.