Riton 3D
  • MLAB
  • M-150
  • Dual-150
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Compara los modelos de Riton 3D.

From the benchtop MLAB to dual-laser production. Same SLM technology, same small powder charge; what changes is how much metal comes out per shift.

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Riton 3D model specifications
Riton 3D MLAB

MLAB

Benchtop, in the space of a laboratory.

Riton 3D M-150

M-150

Continuous production of crowns and frameworks.

Riton 3D Dual-150

Dual-150

Dual laser: industrial laboratory productivity.

The machine
Technology SLM, selective laser melting Technology SLM, selective laser melting Technology SLM, selective laser melting
Lasers 1 Lasers 1 Lasers 2
Intended use Laboratory benchtop Intended use Continuous production Intended use Laboratory production
Build volume
Build platform Data pending Build platform Ø150 × 120 mm Build platform Ø150 × 140 mm
Layer thickness Data pending Layer thickness Data pending Layer thickness 40 µm
Output per cycle
Crowns per cycle Up to 100 Crowns per cycle Data pending Crowns per cycle Up to 200
Frameworks per cycle Up to 7 Frameworks per cycle Data pending Frameworks per cycle Up to 17
Cycle time 2.5 h Cycle time Data pending Cycle time 4.5 h
Materials
Metals Cobalt-chrome and titanium Metals Cobalt-chrome and titanium Metals Cobalt-chrome and titanium
Powder per charge 3-5 kg Powder per charge 3-5 kg Powder per charge 3-5 kg
Operation
Control Dual module: PLC and industrial PC Control Dual module: PLC and industrial PC Control Dual module: PLC and industrial PC
Remote monitoring Yes Remote monitoring Yes Remote monitoring Yes

Specifications marked with «—» are pending the manufacturer's data sheet.

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