5-axis milling · metal 3D printing
Precision you can measure.
A 5-axis milling machine in dry or wet build and a laser powder bed fusion printer for dental metal. Full specifications for both are below.
5-axis dental milling machine
Five axes. Dry or wet.
A 5-axis linkage milling centre with full servo drive. Each machine installs one mode, dry milling or wet milling, specified at order.
mm
Milling accuracy
°
A-axis rotation
tools
Tool magazine
+30%
Material usage, T-shaped holder
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What is built in
5-axis high-precision, high-speed linkage
Precise servo drive
Stable milling, high-precision spindle
New tool library control system
Standard test file calibration
High-performance sealing strip
No external cooling system
T-shaped holder and auxiliary holder
Machine
- Processing method
- 5-axis linkage
- Milling accuracy
- 0.02 mm
- Rotation angle
- A 360° / B −30° to +25°
- Drive
- Full servo
- Spindle speed
- 0–60,000 rpm
- Tool magazine
- 6 pieces
- Tool diameter
- 4 mm
Installation
- Dimension (W × L × H)
- 610 × 425 × 585 mm
- Weight
- 110 kg
- Power consumption
- 800 W
- Interface
- USB and Ethernet, rear
Holders
- Disc holders
- 98 mm · 95 mm
- T-shaped holder
- 6 pieces at one time
- Auxiliary holder
- Yes
Holders
Holders
+30%
Material usage with the T-shaped holder, which takes six pieces at one time. Holders are also available for 98 mm and 95 mm discs, plus an auxiliary holder.
Two builds
Dry milling or wet milling.
One machine installs one mode. Switch between the builds to compare materials, milling times and machinable types.
Materials
- Machinable materials
- Zirconia, wax, resin, composite, PMMA
Milling time — zirconia / PMMA
- Coping
- 10–13 min
- Full crown
- 12–16 min
- Veneer
- 12–15 min
- Inlay / onlay
- 12–15 min
- Bridge
- 20–40 min
- PMMA provisional tooth
- 15–18 min
- Full arch
- 3 h
Machinable types
- Telescopic crown
- Post-core crown
- Screw channel
- Inlay
- Full crown
- Bridge
- Implant upper restoration
- Coping
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Materials
- Machinable materials
- Glass ceramics, titanium columns
Milling time — glass ceramics
- Coping
- 20–25 min
- Full crown
- 25–30 min
- Veneer
- 20–30 min
- Inlay / onlay
- 25–40 min
- Bridge
- 40–60 min
Machinable types
- Inlay
- Full crown
- Coping
- Veneer
- Titanium columns
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Milled work — photographs from the machine manufacturer
Metal 3D printer · laser powder bed fusion
A full plate of crowns in four hours.
Prints CoCr, NiCr and titanium alloy on a Φ120 build plate with a 500 W laser, under argon or nitrogen at ≤100 ppm oxygen.
crowns / 4 h
Full build plate
RPD / 5 h
Full build plate
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Advantages
Φ120 mm build plate.
500 W laser
F-theta lens for accurate beam control
High-quality, high-precision printing
30,000-hour long-life filter cartridge
Modular design
Convenient maintenance
Build and optics
- Materials
- CoCr, NiCr, Ti alloy
- Build dimension
- Φ120
- Laser type
- 500 W
- Scanning system
- High-precision scanning galvanometer
- Focusing system
- F-theta optical field mirrors
- Beam quality
- M² ≤ 1.1
- Beam diameter
- 40–80 µm
- Max scanning speed
- 7 m/s
- Powder bed thickness
- 20–100 µm
Process and installation
- Powder laying mechanism
- Single, variable speed
- Gas support
- Argon / nitrogen
- Working oxygen content
- ≤100 ppm
- Building efficiency
- 25 cm³/h; 50 cm³/h
- Mainframe dimension (L × W × H)
- 640 × 600 × 880 mm
- Power supply
- AC 220 V
- Power consumption
- 4 kW / 5 kW
- Equipment weight
- 120 kg
Metal powders for X sinter
Cobalt, nickel and titanium alloys.
Powders for laser powder bed fusion of dental crowns, bridges, frameworks and implant-supported restorations.
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| Powder | Particle size | Pack | Applications |
|---|---|---|---|
| CoCrWMo alloy | 15–45 · 15–53 · 10–30 µm | 5 kg | Crowns, bridges, implant-supported restorations, fixed and removable frameworks |
| CoCrW alloy | 15–45 · 15–53 · 10–30 µm | 5 kg | Crowns, bridges, removable partial denture frameworks |
| CoCrMo alloy | 15–45 · 15–53 · 10–30 µm | 5 kg | Removable and fixed frameworks, crowns and bridges, implant-supported restorations |
| NiCr alloy | 15–53 µm | 5 kg | Crowns, bridges, copings, removable denture frameworks |
| Ti-6Al-4V ELI (Grade 23) | 15–53 µm | 2.5 kg | Implant-supported restorations, abutments, bars, frameworks, removable denture frameworks |
| Pure titanium | 15–53 µm | 2.5 kg | Implant-supported restorations, abutments, bars, frameworks, removable denture frameworks |
Auxiliary equipment
Supplied around the printer.
Auxiliary equipment listed with this printer by the manufacturer. Confirm the items you need when you order.
- Powder sieve
- Furnace
Also listed: nitrogen generator.
Next step
Order the X range online.
Clinics and laboratories buy directly in our online shop. Want to sell the range in your market? Apply to become a dealer.