From models to surgical guides, the Lumia X1 delivers the accuracy, biocompatibility, and speed that modern dental labs require. Powered by Hybrid PhotoSynthesis (HPS), it delivers up to 40% more throughput than competing systems unlocking new levels of productivity without compromising detail or fit.
Metrics for Denture Base:
12
Parts / Platform
167 min
Time / Platform
15.86 g
Weight / Set
$7.27
Cost / Set
100 um
Layer Thickness
Printodent®
GR-14.2 denture HI
Material
Time from CAD to injection-ready mold
Zero-Warp Stability
No distortion or shifting. Die models stay dimensionally stable over time and under temperature/humidity variations, critical for multi-day workflows.
High Throughput, Low Cost
Build multiple models in a single run with rapid cycle times and optimized nesting. Maximize output while keeping cost per unit minimal.
Seamless Production Integration
Lumia X1 Dental runs reliably in continuous production environments. Designed as a lab workhorse, it supports day and night workflows with minimal intervention.
From models to surgical guides, the Lumia X1 delivers the accuracy, biocompatibility, and speed that modern dental labs require. Powered by Hybrid PhotoSynthesis (HPS), it delivers up to 40% more throughput than competing systems unlocking new levels of productivity without compromising detail or fit.
2
Parts / Platform
1505 min
Time / Platform
189.50 g
Weight / Set
$85.3
Cost / Set
100 um
Layer Thickness
Loctite®
3D Med414
Material
Time from CAD to injection-ready mold
Consistent Performance Post-Print
Repetitive movements are no problem for elastomeric materials, the flexible structures combined with the tensile strength allows parts printed with these elastomers to hold up even with repeated strain.
Resilience and Flexibility
With a high tear resistance and elastomeric qualities, prosthetics printed with the Lumia.X1 using our medical grade elastomers are perfect for parts that require a close fit and end-use durability.
Validated Safety
LOCTITE® MED414 is the perfect choice for skin-contact use cases like prosthetics, boasting a low shore hardness for comfort while maintaining excellent elongation and tear strength.
The Lumia.X1, paired with Figure 4® MED-WHT 10, enables the production of rigid, high-precision medical device components with excellent dimensional accuracy and thermal resistance. This white, biocompatible photopolymer meets ISO 10993-5 and ISO 10993-10 requirements for cytotoxicity, sensitization, and irritation. Its material properties and autoclave sterilization capability make it suitable for medical applications such as surgical drill guides, splints, anatomical models, and other devices requiring precision, rigidity, and reliable performance.
18
Parts / Platform
210 min
Time / Platform
26.28 g
Weight / Set
$4.61
Cost / Set
100 um
Layer Thickness
Figure4
MedWHT-10
Material
Time from CAD to injection-ready mold
Biocompatibility for Medical Applications
Meets ISO 10993-5 and -10 requirements for cytotoxicity, sensitization, and irritation, supporting applications requiring biocompatible materials.
Sterilization and Thermal Resistance
Autoclave sterilizable with a heat deflection temperature of 102°C at 0.45 MPa, supporting medical applications requiring repeated sterilization.
Durable and Dimensionally Stable
Low water absorption of 0.25% over 24 hours helps maintain dimensional stability in demanding medical environments.
