Resources All Blogs Case Studies Courses Webinars White Papers Datasheets All Blogs Case Studies Courses Webinars White Papers Datasheets Filter Clear Filters Applications MedTech Automotive Consumer Helmets Saddles Footwear Dental Smile Protection Digital Dentures Models Orthodontics Industrial Show More Show less Topics DLS 101 Parts in Production Part Goals Part Consolidation Light Weighting Complex Geometries Latticed Foam Replacement Faster Product Development Customization Surface Quality Cost Savings Show More Show less Material Properties Elastomer Flexible Rigid Color Options Stiff Flammability Rated High Impact Energy Damping Energy Return Sterilization Compatible Biocompatibility Abrasion Resistance Chemical Resistance High Temp. (Up to 105ºC) Low Temp. (Below -30ºC) Show More Show less Dental Indications Denture Teeth Dental Gingival Masks Surgical Guides Models Removable Partial Dentures Splints Bite Planes / Trays Mouthguards Nightguards Snoring Appliances Dentures / Try-ins Show More Show less Comparable Thermoplastics Polypropylene Thermoplastic Polyurethane Elastomers (TPU) Production Types Prototyping Manufacturing Tools Production ARaymond Uses Carbon DLS to Reduce Product Development from 8 Weeks to 3 Days Read Case Study The University of Illinois Develops Faster, More Efficient Point-of-Care Diagnostics With SyBridge Using Carbon Read Case Study Vitamix produces 10x more durable parts at-scale with Carbon Read Case Study BIOLASE replaces urethane cast parts with Carbon printed parts Read Case Study Accelerating the design cycle for a life-saving intraosseous device Read Case Study