DescriptionThe 5-axis milling unit is engineered for wet and dry milling of discs and blocks used in dental laboratories. Equipped with a 3.0 kW spindle running at 60,000 rpm and a stainless steel monocoque frame, the CC FORCE+ combines high-speed capability with structural rigidity for continuous production.
The unit supports rapid job changes and mixed-material workflows. A pneumatic zero-clamping disc release system allows interruption and resumption of operations without compromising alignment, enabling efficient handling of different supports and materials.
Advantages- Stainless steel monocoque frame for maximum rigidity and stability.
- Integrated spindle suction nozzle for optimal chip extraction at the tool tip.
- Spindle-integrated air and liquid nozzles for consistent cooling and tool lubrication.
- A/B axis movements for full five-axis machining flexibility.
- Starter kit of tools included for advanced milling tasks.
- User-friendly interface (DF Panel) for fast workflow management.
Technical informationNumber of axes: 5
Working area A axis: 360°
Working area B axis: ± 40°
Construction: Stainless steel monocoque chamber frame
Motor speed: 60,000 rpm
Motor power: 3.0 kW
Milling options: Wet or Dry
Capacity of end mills: Automatic with 22 positions
Interface: DF Panel
Power supply: 230 V
Air pressure: 6 bar - 25 l/min
Dimensions W x H x D: 650 x 830 x 720 mm
Weight: 180 kg
Material: Zirconia, PEEK, PMMA, Composite, Titanium, CoCr, glass ceramic, hybrid ceramic, lithium disilicate, titanium premilled abutments
Technical specifications- Number of axes: 5
- Working area A axis: 360°
- Working area B axis: ± 40°
- Construction: Stainless steel monocoque chamber frame
- Motor speed: 60,000 rpm
- Motor power: 3.0 kW
- Milling options: Wet or Dry
- Capacity of end mills: Automatic with 22 positions
- Interface: DF Panel
- Power supply: 230 V
- Air pressure: 6 bar - 25 l/min
- Dimensions W x H x D: 650 x 830 x 720 mm
- Weight: 180 kg
- Materials supported: Zirconia; PEEK; PMMA; Composite; Titanium; CoCr; glass ceramic; hybrid ceramic; lithium disilicate; titanium premilled abutments