NEW MESSER MPC2000 MC

OUR IMPROVED HEAVY-DUTY CONSTRUCTION CUTTING MACHINE

The MPC2000 MC is a highly flexible, multi-process Messer cutting machine that can be equipped with multiple carriages for up to five separate processes including precision plasma, Oxyfuel, drilling up to 2.5”, milling, and markers, with the ability to install up to 4 tool stations.

This plasma cutter delivers clean, smooth cut part edges and precise cut holes, all with high accuracy and repeatability. The MPC2000 MC includes linear motion ways, and state-of-the-art AC servo drives provide dependable machine tool performance.

The drilling and milling high-suction chip vacuum system allows for a cleaner table surface and work area. This system prevents chips from flying off the surface table for operator safety and height-sensing accuracy. There is also a collection hopper for recycling steel chips.

Integrating the MPC2000 MC will improve your plate processing in a number of ways. Built for heavy-duty structural steel processing, in applications like truck manufacturing and tank cutting, this machine is the perfect fit for multiple types of industries such as steel service centers, shipbuilding, the rail industry, oil and gas, construction, mining, and big agriculture.

Standard Machine Features
When you purchase an MPC2000 MC, you’ll gain access to the following features and capabilities:

• Materials processed: Mild Steel, Structural Steel, Stainless Steel, and Aluminum.
• Material thickness capacity: 26 ga. to 8″ (203.2mm) dependent on process.
• Cutting width: 12′ (3.657m) to 28′ (8.534m).
• Cutting length: up to 200′ (60.69m).
• Drilling up to 2.5″ (63.5mm) diameter.
• Tapping up to 1 1/2″ (38.1mm) diameter.
• Milling functionality.
• Beveling curves functionality.
• Contouring speeds up to 400 ipm and positioning speeds up to 1400 ipm.
• Enhanced linear motion ways and state-of-the-art AC servo drives.
• Long-life band drives.
• Larger end trucks.
• High suction chip collection vacuum system.
• Easy-to-use GlobalControlPlus touch screen interface.