Exceptional precision
- Restorations in Ultra HD
- Premium spindle with four-fold ball bearing made of hybrid ceramic for the highest concentricity
- 3 μm repetition accuracy
Description
Features
Technical Details
Downloads
Description
Full efficiency in wet processing.
Your top performer in the laboratory for wet grinding and milling of blocks and titanium abutments.
Visibly different, noticeably better: with water-cooled spindle.
Thanks to its striking, updated look, the new N4+ is an eye-catching choice in any laboratory. We have also equipped it with a water-cooled spindle. That means you benefit from improved process stability, and you can always rely on first-class results even in continuous operation.
At a glance
| Axes | 4 |
|---|---|
| Discs | 0 |
| Blocks | 3 |
| Tools | 8 |
Features
Sophisticated design
- Spindle with water cooling for perfect results, even in continuous operation
- Eight liquid nozzles for steady tool cooling
- Highest rotational speeds of up to 80,000 rpm with 800 watts of power
- Heavy industrial quality
Highly economical
- Pure water: no grinding additives necessary, except for titanium processing
- Work on up to 3 blocks with 45 mm length at the same time
- Milling of screw channels – saves costs for “meso” blocks
- Conveniently removable cooling liquid tank
- Automatic changer for 8 tools
- Webcam in working chamber for remote monitoring and service
- Ethernet interface for stable connection
- Very easy operation via dentalcam software with directmill Technology – included in scope of delivery and without license fees
Absolute independence
- Around 40 block materials from a great variety of manufacturers – with upward tendency
- > 1,300 implant platform for titanium and CoCr prefab abutments from different manufacturers
- Ideal for labs and in-office labs
Outstanding reliability
- 100% developed and manufactured in Germany
- 24 months warranty
Technical Details
| General | |
|---|---|
| Fields of application | Wet machining |
| Materials | Glass ceramics, titanium, zirconia, composites, plastic materials · Blocks up to 45 × 20 × 20 mm |
| Indications | Crowns, bridges, fully anatomical crowns and bridges, inlays, onlays, abutments, veneers, table tops |
| Base System | |
| Construction | Machine bed made of solid cast aluminum body |
| Housing | Sheet steel housing, white high-gloss lacquer finish, with working chamber flap and cooling liquid tank integrated in the drawer |
| Number of axes | 4 |
| Linear axes X-/Y-/Z-axis | Precision ball screws, rolled version · motors with resolution < 1 μm · ground precision guides made of steel · repetition accuracy ± 0.003 mm |
| Rotary axis A-axis | Rotary axis with high run-out accuracy · rotation angle: 200° |
| Control unit | 4-axis simultaneous control electronics with continuous path progression and dynamic pre-calculation · hardware-based real-time operating system with standardized command set · FPGA-integrated processor · updateable hardware · real-time path calculation via dedicated hardware engines in the FPGA · four-quadrant control of the motors for particularly smooth running · multiple analogue and digital I/Os for controlling the peripherals · integrated inverter for synchronous and asynchronous motors, electronic gate detection · Ethernet and USB interface |
| Lighting | RGB LED lighting with status display |
| Camera system | Integrated in the working chamber for easy remote support and possibility of internal recording |
| Processing Modes | |
| Wet | Multiple fluid nozzles on the spindle · integrated cooling liquid tank (3.5 litres) with active carbon filter system · flow-sensor for monitoring the liquid supply · purewater: no grinding additives necessary, except for titanium processing |
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