Quality Custom Dental Prosthetics
Expert craftsmanship for your dental restoration needs.
We are a digital dental laboratory accepting digital files.
Expert Craftsmanship
At Restorative Dental Solutions Laboratory, we pride ourselves on our expert craftsmanship in dental restorations. Our skilled technicians utilize the latest technology in 3D printing to ensure each product meets the highest standards of quality and strength.
Printed Dentures
Full 3D printed dentures, high impact, esthetically pleasing, precision fit dentures in original pink and dark reddish pink.
Sprintray 3d printed ceramic crown
- SprintRay Ceramic Crown achieved fracture loads more than seven times the average maximum human masticatory forces of 522 N.6 Crowns printed in this material had an average fracture load of 3815 N before the 10-year chewing simulation and showed no significant change in fracture load following simulated wear. This indicates no significant material fatigue in SprintRay Ceramic Crown printed restorations after the simulated wear. The marginal difference in average fracture load with chewing simulation was within sample variance and differences in means were not statistically significant as determined by post hoc Tukey pairwise comparison. Compared to other tested materials, SprintRay Ceramic Crown had a significantly higher fracture load relative to 3D printed competitor crown resin and milled hybrid ceramic. While the milled hybrid ceramic has higher flexural strength reported at 274MPa, it failed at a 38% lower fracture load compared to Ceramic Crown. This highlights the need reported for flexural properties in predicting material performance. Fracture load measurement takes into account multiple factors such as bond strength and modulus mismatch. 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.
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 Flexable partial denture
Printed Ceramic Crowns and veneers
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.