High-Precision CNC Drilling & Milling System with Integrated Thermal Cutting
The MPC2000 MC is a versatile plate processing system offering up to five processes, including precision plasma, plasma beveling, oxyfuel, drilling (up to 2.5”), tapping, milling, and markers, supported by four tool stations. The MPC2000 MC ensures clean, precise cuts and holes with high accuracy. Featuring linear motion ways and reliable AC servo drives, the MPC2000 MC delivers optimal machine performance. Its drilling and milling high-suction chip vacuum system enhances operator safety and accuracy, along with a collection hopper for steel chip recycling.
Machines manufactured in North America.
Overview: Integrated Drilling, Milling & Thermal Processing
The Messer MPC2000 MC is purpose-built for operations where hole accuracy, machining quality, and process integration are critical. Unlike standard plasma cutting tables, the MPC2000 MC is designed around true CNC drilling and milling, allowing manufacturers to reduce secondary operations and improve part consistency.
By combining mechanical machining with optional plasma cutting and marking, the MPC2000 MC enables shops to process plate in a single setup, reducing handling time while maintaining tight tolerances across drilling, milling, and cutting operations.
Key Features & Benefits
- True CNC drilling and milling capability for precise hole quality and machining accuracy
- Single-setup processing reduces secondary handling and downstream operations
- Integrated plasma cutting (optional) for profiling, trimming, and marking
- Rigid machine construction designed for machining stability
- Flexible configuration options to match production requirements
- Improved part accuracy and consistency compared to plasma-only systems
- Local Ontario service, training, and long-term support
Standard Features
- Global ControlPlus, a Windows® based operating system with easy-to-use operator interface
- Multiple reference point positions for efficient start-of-cut locations
- Right or left hand mounted control console with tilt and swivel for operator comfort
- Right or left, overhead powertrack for installation flexibility
- Right or left chip extraction system
- SureStop Collision Sensor with easy and accurate reset
- High-speed PL-1 lifter (880 ipm) with arc voltage height control and infinite adjustable programmable retract (only offered by Messer)
- Virtual Service™ remote consultation and diagnostics
Processes Supported
The Messer MPC2000 MC supports a combination of mechanical and thermal processes, including:
- Drilling
- Milling
- Plasma cutting (optional integration)
- Marking (process-dependent)
This multi-process capability allows manufacturers to consolidate operations onto one CNC platform.
Optional Features & Automation
- Precision plasma up to 800 amps
- Plasma beveling units: Infinity, Delta E
- Manual Plasma Stripping Bevel Unit for X-Axis
- Oxyfuel bevel units: Single Position, Triple Position, Contour, and DAF/L
- Oxyfuel torches: Turbo Flame™ or ALFA; up to eight straight torches
- Advanced oxyfuel technology with Omniflow automated gas regulation system
- Lifters: SL Series for Oxyfuel, PL-1 Plasma Lifter with SureStop Collision Sensor, SensoMat®-PAN
- Auto torch spacing with programmable torch selection
- FT100 Torch ignitor, and automatic height control for oxyfuel systems
- Dual Hi-Lo for oxyfuel.
- 24 tool rotary changer
- Plate markers: Plasma, Air Scribe, Pneumatic Punch, Zinc
- Powder, Ink-Jet, Rotary Marker, and Telesis® Pinstamp®
- Video cameras: Digital and Manual Plate Alignment
- Laser Pointer
- Operator glare curtain
- Pull Cord and Photo Eye E-Stops
- Rotary rail cleaners with rack air purge
- Operator riding platform
- Zoned and ducted exhaust tables, including self-cleaning Slagger®
- Rotary Pipe and Tube cutting system
- Messer dust collection system
- Sentry Service Preventative Maintenance Program
- Visual Service adds a sense of sight to the troubleshooting process
- Messer OMNIWIN nesting software (TrueShape Nesting)
- Messer Machine Insight software (data collection and reporting)
- Messer OmniFab software suite (Industry 4.0 / Paperless Factory)
Service, Installation & Support in Ontario
Automated Cutting Machinery provides full installation, commissioning, training, and service support for the Messer MPC2000 MC across Ontario and Canada. Our team supports the system throughout its lifecycle — from application planning to long-term maintenance — ensuring dependable operation in real production environments.
Technical Specifications
Specifications vary by configuration. Values below reflect commonly deployed MPC2000 MC systems.
Best Suited For
The Messer MPC2000 MC is well-suited for:
- Structural steel fabricators requiring accurate drilled and milled holes
- Plate processors producing components for bridges, heavy equipment, and infrastructure
- Operations replacing manual drilling or secondary machining steps
- Manufacturers needing plasma cutting alongside mechanical machining
- Facilities prioritizing repeatability, alignment accuracy, and process consolidation
With installation and service support available in Ontario, the MPC2000 MC is ideal for Canadian operations that require reliable performance and local expertise.
Frequently Asked Questions
What makes the MPC2000 MC different from a standard plasma table?
The MPC2000 MC is designed around mechanical drilling and milling, not just thermal cutting, allowing for higher hole accuracy and reduced secondary operations.
Can plasma cutting be added to the MPC2000 MC?
Yes. Plasma cutting can be integrated as a secondary process depending on system configuration.
Is the MPC2000 MC suitable for structural steel fabrication?
Yes. It is commonly used for applications requiring drilled and machined holes in plate and structural components.
Is local service available in Ontario?
Yes. Installation, training, and service support are available across Ontario and Canada.
Speak With a CNC Drilling & Milling Specialist
Is the MPC2000 MC the right fit for your operation? Speak with an Automated Cutting Machinery specialist to review your materials, tolerances, and production goals. We’ll help you determine the best configuration for your application.
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