Solidscape has recently introduced the R66+ and T76+ 3D printers for the jewelry industry now available for customers ordering the printers in India as well.

Both the T76+ and the R66+ employ Solidscape's new proprietary Smooth Curvature Printing (SCPTM) technology. SCP affords the dual benefits of increased print velocity and improved model surface finish by dynamically adjusting carriage velocity to sustain continuous motion along the x- and y- axes while printing the curved perimeters that constitute a model's outer surface. This smooth curvature printing operation results in more uniform printed lines and eliminates the surface artifacts and delays caused by the jerky, stop-start carriage activity associated with traditional vector printing. Shanks are noticeably smoother and overall throughput has been substantially improved.

Current T76 and R66 users who are under maintenance agreements will be able to upgrade their units to the new "+" models at "loyalty pricing" and gain all of the benefits of SCP technology. Upgrades will also be available to those outside of maintenance at standard pricing. Smooth curvature printing upgrades include both a software component & a hardware component. The latest version of Click-it software that is installed on all T76+ & R66+ products includes support for SCP. All older T76 and R66 products can be upgraded to this version of Click-It that supports SCP.However, only T76 and R66 products that include Rev R or higher PLD programs on the controller circuit card assembly can support SCP. Rev R PLDs are included in all T76s with serial numbers 3337 and higher and on all R66s with serial numbers 1106 and higher. All T76s and R66s with lower serial numbers can be upgraded by replacing the existing controller circuit card with one that is SCP. Click-It software upgrades are available free to all T76 and R66 owners with a current warranty or Manufacturer's Service Agreement (MSA). T76 and R66 owners with a current warranty or MSA are also entitled to more favorable pricing on upgraded controller circuit card assemblies.