SHINING 3D Surgical Guide SG01
$169.00
The SHINING 3D Surgical Guide SG01 is a biocompatible dental 3D printing resin developed for the fabrication of highly accurate surgical guides used in implant placement and guided surgical procedures. Engineered for use with SHINING 3D AccuFab printers, the resin combines exceptional dimensional stability with high transparency and rigidity to produce reliable surgical guides that maintain precise fit throughout clinical use.
Built with a medical-grade photopolymer formulation, the SHINING 3D Surgical Guide SG01 delivers excellent accuracy, low shrinkage, and superior resistance to warping and deformation. Its transparent appearance provides clear visibility during surgical procedures, while its biocompatibility and mechanical strength make it an ideal material for guided implant surgery, gingival procedures, and orthodontic guide applications.
Advantages
• Exceptional surgical accuracy: High dimensional stability and low shrinkage ensure precise guide fit for predictable implant placement and guided procedures.
• Clear and durable: Transparent, rigid material offers excellent visibility while maintaining strength and resistance to deformation throughout clinical use.
• Biocompatible clinical performance: Medical-grade formulation is designed for short-term intraoral use and supports safe, reliable surgical workflows.
Technical Parameters
Product Type: Surgical guide 3D printing resin
Applications: Implant surgical guides, gingival surgery guides, orthodontic bonding guides, and bone reduction guides
Material Type: Biocompatible photopolymer resin
Color: Transparent
Compatible Printers: SHINING 3D AccuFab series
Print Characteristics: High accuracy, low shrinkage, and excellent dimensional stability
Mechanical Properties: High rigidity and impact resistance
Biocompatibility: Medical-grade resin for short-term intraoral use
Surface Finish: Smooth, transparent finish with high detail reproduction
Bottle Size: 1,000 g
Post-Processing: Compatible with standard dental washing and UV curing workflows
