Description
Standard Features
- Single ytterbium fiber laser, single mode infrared
- 60 micron laser spot diameter on focus
- Layer thickness from 20 to 80 microns
- Cylindrical build area, Ø5.12″ x 5.12″ (Ø130 x 130 mm)
- Bidirectional recoater for reduced recoating time
- Open Parameters architecture with full control of laser power, scan strategy, and layer thickness
- AI-powered Human-Machine Interface with real-time process optimization
- Predictive maintenance and anomaly detection
- Remote connectivity and monitoring from desktop or mobile
- Oxygen monitoring below 100 ppm (0.01%)
- Nitrogen or argon shielding gas
- Single-phase 220 V power supply
- Materialise Magics CAM software
Available Options
- Laser power configurations: 200 W, 300 W, or 500 W
Support From Sodick
- Tailored process parameter development
- Powder supply and qualification support
- Operator and engineering training
- Application and design support
Especificaciones
| Build Area | Ø5.12" (Ø130 mm) |
| Build Height | 5.12" (130 mm) |
| Laser Type | Ytterbium fiber, single mode infrared |
| Laser Power | 200 W / 300 W / 500 W |
| Laser Spot Diameter | 60 microns (on focus) |
| Layer Thickness | 20 to 80 microns |
| Build Rate | Up to 50 cm³/h |
| Oxygen Monitoring | Below 100 ppm (0.01%) |
| Shielding Gas | Nitrogen, argon |
| Power Supply | 220 V / 32 A / 50 Hz |
| Dimensiones de la máquina | 43.31" x 23.62" x 70.87" (1,100 x 600 x 1,800 mm) |
| Peso de la máquina | 1.000 kg (2.205 lbs) |
| CAM Software | Materialise Magics |
Compatible Materials
- Steel alloys
- Aluminum alloys
- Nickel alloys
- Titanium alloys
- Cobalt-chrome alloys
Fine detail on small, high-value parts
A 60 micron laser spot and layers as thin as 20 microns to create intricate geometries on small parts. Built for dental frameworks, orthodontic components, and precision parts.
Qualify your own materials easily
Open Parameters gives your engineers direct control of laser power, scan strategy, and layer thickness. Develop a process for a new alloy, tune a proprietary powder blend, and keep the resulting parameter set as your own intellectual property.
Production capability in a lab-sized footprint
At 43 inches wide and running on a standard 220 V single-phase supply, the Print Sharp 100 installs in a university lab, a dental practice, an R&D bench, or a corner of an existing shop floor.
How the AltForm Print Sharp 100 compares
CaracterÃsticas | AltForm Print Sharp 100 | AltForm Print Sharp 200 | Other Compact Metal 3D Printers |
Build area | Ø5.12" (Ø130 mm) | Ø7.87" (Ø200 mm) | Varies |
Build height | 5.12" (130 mm) | 7.87" (200 mm) | Varies |
Laser spot diameter | 60 microns | 60 microns | Typically 70 to 100 microns |
Minimum layer thickness | 20 microns | 20 microns | Typically 30 microns |
Laser configurations | Single | Single or dual | Single |
Process parameters | |||
Detachable build area | |||
AI-assisted operation | |||
Footprint | 43.31" x 23.62" | 43.31" x 23.62" | Varies |
Power requirement | 220 V single phase | 220 V single phase | Often three phase |
Best For | Research, dental, micro-scale precision, education | Material qualification, small-batch production, advanced prototyping | General prototyping |
