CNC plasma machines are a revolutionary technology in the metalworking industry. Combining precision, speed, and automation allows cutting various metals with incredible accuracy and efficiency.
Here’s a breakdown of how this advanced technology works and why it’s essential for modern production.
What is a CNC Plasma Machine?
A CNC (Computer Numerical Control) plasma machine uses a plasma arc—an extremely hot and ionized gas—to cut through metal surfaces. The entire process is computer-controlled, meaning the machine follows pre-set instructions based on digital drawings.
Main Components
- Plasma power source: Generates electrical energy that ionizes gas and creates the plasma arc.
- CNC controller: Reads G-code and guides the cutting torch.
- Cutting torch: Directs the plasma arc onto the material.
- Cutting table: A stable surface where the material is placed.
How the Process Works
1. Design preparation: A technical drawing is created in CAD software.
2. G-code generation: The design is converted into machine-readable instructions.
3. Cutting: The plasma arc, reaching over 20,000°C, melts the metal, and compressed gas blows away the molten material.
4. Final product: A clean, precise cut with minimal need for post-processing.
Why Use CNC Plasma?
High precision and quality of cuts
Fast and efficient production
Suitable for various metals and thicknesses
Minimal human involvement
Cost-effective and time-saving
Applications
CNC plasma machines are widely used in:
- Metal fabrication
- Structural and gate production
- Automotive and mechanical industry
- Decorative metal design
At ProAxis Innovation, we produce high-quality CNC plasma machines and offer solutions tailored to every client’s needs.
If you want to learn more or want a live demo, please contact us!
📩 Contact: info@proaxisinnovation.com.mk
🌐 Website: www.proaxisinnovation.com.mk
