The EMCO MMV 2000 is a highly advanced CNC machining centre designed for high-performance milling, drilling and multi-axis machining applications. Combining powerful motor spindle technology, rigid machine construction and advanced Siemens or Heidenhain control systems, the MMV 2000 delivers exceptional machining precision, flexibility and productivity for demanding industrial manufacturing environments.
Equipment
The MMV 2000 is equipped with a high-performance motor spindle delivering up to 15000 rpm and 46 kW output, roller guide ways and directly driven ball screws enabling rapid traverse speeds up to 50 m/min. The machine includes a 40-position tool magazine as standard with flexible expansion configurations available. Siemens Sinumerik ONE or Heidenhain CNC controls are available alongside optional EMCONNECT digital process assistant integration.
Technical Data
Work Area
- Travel in X/Y/Z: 2000 / 800 / 750 mm
- Distance spindle nose: 0 – 750 mm
- Number of axes: 4 standard (5 optional)
- Rapid traverse speeds X/Y/Z: 50 / 50 / 50 m/min
- Clamping area: 2400 x 950 mm
- Maximum table load: 2200 kg
Motor Spindle
- Maximum speed: 50 – 15000 / 50 – 18000 rpm
- Drive power: 46 kW
- Maximum torque: 125 / 170 Nm
- Tool taper: ISO40 (BT40 optional)
Tool Change System
- Number of tool stations: 40 (optional 60)
- Optional dual tool magazine configuration: 40/40 or 60/40
- Maximum tool diameter: 75 (125) mm
Milling Spindle
- Maximum speed: 15000 rpm
- Maximum torque: 125 Nm (S1) / 170 Nm (S1)
General Data
- Dimensions (L x W x H): 6144 x 4297 x 3160 mm
- Machine weight: 22000 kg
Highlights
The MMV 2000 features a flexible modular machine design and is available in 3-axis, 4-axis or full 5-axis configurations. The machine combines a rigid linear guide system with direct-driven ball screws on the X and Z axes for quiet operation, high dynamics and exceptional machining precision.
The rotary table and B-axis use integrated torque motor technology for highly precise positioning and dynamic multi-axis machining performance. Pneumatic weight balancing systems further improve axis dynamics and machining stability.
Advanced Siemens Sinumerik ONE or Heidenhain TNC 640 control systems provide cutting-edge CNC functionality alongside optional EMCONNECT digital production integration.
Machine Frame
The robust machine frame design provides exceptional rigidity and thermal stability for highly accurate machining performance during demanding milling and drilling operations.
Axis Drives
Direct-driven ball screw systems and precision roller guide ways deliver smooth, quiet and highly dynamic axis movement while maintaining excellent positioning accuracy and machining stability.
Milling Spindle
The high-performance milling spindle delivers exceptional power, speed and torque for demanding milling, drilling and machining applications across a wide range of materials and industries.
Tool Magazine
The drum-style tool magazine uses dual-arm grippers for rapid tool changes and random tool management to minimise non-productive time. Side access doors allow tools to be checked and prepared while machining operations continue.
Overall Dimensions & Work Space
The MMV 2000 combines a spacious machining envelope with a modern moving-column machine concept for excellent accessibility and efficient machining of large components.
Workpieces
The machine is suitable for a wide range of applications including general engineering, aerospace manufacturing, drilling operations and precision milling applications.
Typical workpieces include aluminium drive connections, mounting components and complex structural parts.
Options & Accessories
High Pressure Coolant Pump
The optional high-pressure coolant system with 20 bar coolant pressure provides efficient spindle-through cooling for improved machining performance and tool life.
Linear Scales
Optional linear scales provide highly accurate linear position measurement to eliminate thermal displacement and further improve machining precision. Linear scales are standard on the X-axis with Y and Z axes available as options.
Rotary Coupling Through the Rotary Table
The optional rotary coupling system allows connection of hydraulically operated clamping devices through the rotary table for advanced workholding applications.
Measurement Systems
Optional radio probe and laser bridge measuring systems allow in-machine tool measurement and workpiece inspection for reduced setup times and improved machining accuracy.
Laser Device for Presetting, Breakage Check & Profile Measuring
The optional laser measuring system scans tool edges and automatically transfers measurement values into the tool offset memory for fast and accurate tool setup and monitoring.
Software & Control
Sinumerik ONE with Operate
The Siemens Sinumerik ONE CNC system combines advanced machining performance with smart manufacturing integration, digital twin technology and highly efficient networking capabilities for modern production environments.
Integrated EMCONNECT functionality allows seamless switching between machine controls and digital production applications while displaying all relevant production data through a full-screen or sidebar interface.
The system delivers exceptional CNC performance, reduced commissioning times through virtual preparation and seamless integration into digital manufacturing workflows using integrated SIMATIC S7-1500F PLC technology.
Heidenhain TNC 640
The Heidenhain TNC 640 control system supports both milling and combined milling-turning operations and is particularly suited for high-speed cutting, multi-axis machining and complex Mill-Turn applications on machines with up to 18 axes.
Features include a 19-inch TFT colour display, optimised user interface, advanced machining cycles, innovative graphical simulation and highly responsive motion control.
EMCONNECT – Digital Process Assistant
EMCONNECT provides centralised access to machine data, operating modes and production systems through an intuitive 22-inch multi-touch dashboard interface designed to improve productivity, efficiency and workflow management.
The familiar CNC control environment remains unchanged while operators gain immediate access to machine status information, operating modes and production-relevant data through a touchscreen-optimised interface.