Restorative Dental Technology for Quality Custom Prosthetics
Expert craftsmanship for your dental restoration needs from a trusted restorative dental lab. We are a digital dental laboratory accepting digital files and impressions.
digital work flow
work created by certified technicians, precision fit and accuracy guaranteed.
Printed Dentures
3D printed dentures generally offer superior accuracy, particularly in marginal fit, compared to traditional packing techniques. They significantly reduce, and in some studies completely eliminate, errors related to polymerization shrinkage and manual labor. while conventional techniques can have errors over 222 microns, 3D printing can reduce this, with studies showing higher accuracy in the peripheral seal area and better repeatability.
Sprintray 3d printed ceramic crown
The goal in the development of this resin was to create a hard, strong material that mimics the mechanical performance of surrounding dentition. The high ceramic content provides strength and hardness while the polymer matrix establishes durability and shock absorption. Over a 10 year simulation study Sprintray crown shows a low abrasion resistance of 0.023 MM.
Fracture load at 0.5, 1.0, 1.5 MM Does not vary significantly 20 percent less likely to break than zirconia crown.
APEX Printed teeth
Full 3D Printed Denture Teeth High Impact all molds, carded teeth can be used as well like Ivoclar teeth, the choice is yours.
APEX Flex
Apex flex partial denture , biocompatible, Class II FDA 510(K) cleared resin for 3D printing flexible denture partial bases. offers soft, tissue friendly comfort, excellent strength, and superior esthetics.
Sprintray printed ceramic implant crown
The milled lithium disilicate showed approximately a 20% higher fracture load than SprintRay Ceramic Crown despite having a substantially higher reported flexural strength of 380MPa.7 This is likely due in part to the stiffness of lithium disilicate. Due to its significantly greater flexural modulus (70–84 GPa) than the underlying dentition (12–21 MPa), loads applied to milled lithium disilicate crown material may not be distributed to the dentin beneath. This can result in stress concentrations that cause failure in these milled crowns.
High Impact acrylic
SprintRay Apex Base data includes key mechanical properties like a fracture toughness of 2.82 MPa·m½ and a wear rate of 0.0686 mm³ per 10 years, as well as aesthetic properties like improved translucency and a color similar to traditional acrylic. It's a biocompatible, FDA-cleared Class II resin for 3D printing denture bases that meets or exceeds high-impact ISO standards.