π₯ πFree Standard Shipping Across the U.S. | 3β5 Day Express Delivery Availableπ₯ πFree Standard Shipping Across the U.S. | 3β5 Day Express Delivery Available
Stop Wasting VPS Material with Standard Mixing Tips
Low-waste 1:1 save mixing tips designed for efficient VPS impression and bite registration workflows.
Designed for compatibility with standard 1:1 automix systems. 50/PK. Stocked in the U.S.
β Compatibility Guide
Compatible with standard 1:1 automix cartridge systems used for VPS and bite registration materials.
Works with most light body VPS delivery systems and intraoral tip attachments.
β Reduce Material Waste
Save-tip design helps minimize residual material inside the tip for more efficient use.
β Optimized for Light Body VPS
Designed for low-viscosity materials used in detailed impression procedures.
β Smooth Flow Design
Supports uniform mixing and consistent material delivery.
Why Save Tips? Reduced internal material retention helps improve efficiency compared to standard mixing tips, supporting better material utilization.
Why Clinicians Choose Dentigo Mixing Tips
β Efficient Material Use: Helps reduce waste in high-volume impression workflows
β Reliable Compatibility: Designed to integrate with standard automix systems
β Consistent Performance: Supports predictable mixing and delivery
β Steady Supply: Shipped directly from our U.S. warehouse
Dentigo 1:1 save mixing tips are designed for VPS impression and bite registration workflows where both precision and efficiency matter. The low-waste design helps reduce unused material inside the tip, making them a practical option for practices looking to optimize material usage without disrupting clinical performance.
These tips attach to standard 1:1 automix cartridges and support smooth, controlled dispensing. They are also compatible with intraoral tip attachments for extended delivery and improved placement in detailed procedures.
Build a Complete Impression System:
Pair with compatible intraoral tips and VPS materials for a seamless workflow.
Reduce material waste while maintaining precise, consistent delivery.