95%
Splatter Reduction
Discover the next generation of dental polishing technology. The Lotus Splatter Guard Prophy Angle combines innovative design with advanced engineering to deliver superior splatter control and enhanced procedural efficiency.
Splatter Reduction
Enhanced Cup Flexion
FDA Compliant
Our revolutionary Micro-Edge and Ultra-Flex technologies set new standards in dental prophylaxis, delivering superior performance and protection.
Revolutionary feather edge design maintains constant contact with the prophy cup, creating a dynamic cleaning mechanism with superior splatter control.
Precision-engineered guard design minimizes aerosol dispersion
Enhanced access to posterior regions while maintaining protection
Optimal visibility during procedures
Advanced bristle configuration specifically engineered for professional orthodontic prophylaxis, delivering superior cleaning around brackets and wires.
Flexible cup adapts for optimal subgingival cleaning
Designed to clean effectively around orthodontic appliances
Combined with Micro-Edge technology for optimal splatter control
The Lotus Splatter Guard Prophy Angle represents a significant advancement in dental polishing technology through its innovative approach to splatter prevention management. By combining advanced surface geometry with precision-engineered contact systems, this design achieves unprecedented control over polishing materials and oral fluids during dental procedures.
The prophy cup’s exterior features a meticulously engineered dimpled pattern that revolutionizes splatter prevention management. Similar to how dimples on a golf ball enable superior aerodynamic performance, our cup’s specialized surface geometry creates controlled micro-turbulence patterns. These patterns generate a boundary layer effect that maintains material adhesion to the cup surface, significantly reducing splatter potential during operation.
The Lotus Splatter Guard incorporates a precision-machined edge that maintains continuous contact with the cup surface. Unlike conventional designs that leave gaps between guard and cup—rendering them ineffective with low-viscosity fluids—our knife-edge technology ensures consistent performance across all clinical conditions. This design principle mirrors high-performance windshield wiper technology, actively managing material accumulation during operation.
Comprehensive computational analysis validates the effectiveness of our integrated splatter prevention system, demonstrating superior performance across all operating conditions.

Reduce procedure interruptions and maintain clear visibility throughout the polishing process.
Reinforce infection control measures and reduce cross-contamination risks.
Improve procedure predictability and enhance patient comfort.