Highlights
- 5-axis simultaneous CNC machining
- Wet and dry machining capability
- Integrated workpiece zero-point clamping system
Details
CNC Machine
Premium CNC machine – iMG 1010
Machine Type
Premium CNC machining centre
Industries & Areas of Application
- Dental technology
- Research & Development
- Watches and glasses
- Medical technology
- Micromachining
- Precision engineering
Suitable Materials
- Brass
- Aluminium
- Ceramics
- Plastics
- Copper
Applications
Features
The iMG 1010 is equipped with high-performance servo drives using absolute encoder technology for precise and reliable positioning during demanding multi-axis machining operations.
An integrated touchscreen control system provides intuitive machine operation and efficient workflow management.
The machine supports simultaneous 5-axis machining and is specifically designed for precision machining of complex workpieces and technical materials.
Machine Design
The iMG 1010 is designed as a compact machining solution for workpieces up to 100 x 100 x 100 mm.
The machine base is manufactured from polymer concrete, providing exceptional vibration damping and thermal stability for highly accurate machining performance.
A specially designed Y-axis arrangement improves overall machine rigidity and minimises vibration during machining operations.
The machine geometry allows almost all workpiece positions to be reached without reclamping, increasing efficiency and reducing setup times during complex machining processes.
The integrated zero-point clamping system acts as a highly accurate interface for repeatable workpiece positioning and can be integrated into network-controlled automated production environments through software interfaces.
The machine is designed for both wet and dry machining applications without requiring time-consuming machine conversion or retooling.
Automation & Productivity
An optional automatic loading and unloading system can access the machining area from the left, right or above, enabling fully automated workpiece handling and production workflows.
The maintenance-friendly machine design and durable direct spindle drives reduce service requirements, minimise downtime and provide long-term operational reliability.
All major machine components are designed for easy accessibility while remaining protected from external influences to maximise machine lifespan and serviceability.
