High Precision 3D Printer for Dental Wax-ups
The Solidscape® Lab is among one of the best dental 3D printers on the market that helps lab owners hold the line on rising costs while remaining competitive against offshore pricing pressure.
Uncompromising Surface Quality and Fit
With intuitive one-touch simplicity, dental lab technicians can now produce wax-ups ready for casting and pressing with the most accurate marginal integrity, occlusion, contact, and anatomy form offered by 3D printer companies in the dental market. The Solidscape® Lab printer is optimized for the batch processing of dental wax-ups that produce crowns, bridges, and copings with superior margins that provide patients with a perfect fit.
Going Digital Simplified
Designed specifically to meet the needs of dental labs, the fully automated Solidscape® Lab printer and 3D printer software eases the transition to a total digital lab workflow by easily integrating with open architecture dental scanners and software while maintaining Solidscape’s industry-leading surface quality and precision. Solidscape is one of the 3D printer manufacturers that have shown customers that going digital has never been easier.
Strongest Dental Wax Material
Solidscape® LabCAST dental wax material is available for 100% casting accuracy with no material shrinkage. The crowns, copings, and bridges produced by your Solidscape® Lab printer can be directly invested, pressed, or cast for the highest precision dental restorations offered by rapid prototyping machines in the dental industry.
Compete and Prosper
The Solidscape® Lab 3D wax printer offers an effortless, affordable digital workflow that delivers high casting yields, consistent turnarounds, and low cost-per-parts economy. Now lab owners have a clear choice that matches their performance needs with an affordable solution. The Solidscape® Lab delivers your cost-per-case advantage with the best 3D printer reviews on the market.
|Fully Automated||Self installation
Automatic job set-up
|Accessible||Icon-based user interface
Files, job start-up and job status can be managed and viewed remotely from PC
|SCP®||Smooth Curvature Printing for superior surface finish|
|Resolution||5000 X 5000 dots/inch (197 X 197 dots/mm) in X, Y; capable to 8000 dots/inch (315 dots/mm) in Z|
|Accuracy||± 0.0010 inch/inch (±25.4µ/25.4mm) along each axis X, Y and Z|
|Surface Finish||32-63 micro-inches (RMS)|
|Desktop Size||21.4” W X 18”D X 16” H (558mm X 495mm X 419 mm)|
|Weight||75 lbs. weight (34 kg)|
|Build Envelope||6” X 6” X 2” (152.4 X 152.4 X 50.8 mm)
X, Y, Z Consistent results over entire 6 inch x 6 inch (152.4mmx152.4mm) area
|Power Requirements||90-250V, 10A @ 230V max consumption|
|Ambient Operating Temp||Recommend 60° to 80° F (16° to 27° C) at a 40% to 60% range of humidity|
|Equipment Interface||PC to printer connectivity:
Ethernet, Hi-Speed USB 2.0
|3Z LabCAST||Model material formulated for clean burnout to produce 100% castings|
|3Z LabFill||Sacrificial material generated automatically for each job, and later dissolved away for a labor-saving, hands-free operation.|
|Dewax||Liquid solution used to dissolve sacrificial material|
|CAD file input||.stl and .slc files|
|3Z™Works||Software that formats CAD files for 3D printing
Allows operator to visually place job suites within build envelope
Automatically generates sacrificial support structure, saving design time
|3Z™Touch||System Software is Windows® based|
|Automatic||Status monitoring and fault detection
Re-start of build from point of interruption
Works unattended up to 72 hours
|CE certified; FCC Class A approved||TUV approved (EN 60950 Compliant)|