GC1 Surgery Straight Handpiece

Elevate your dental surgical precision with the diente GC1 Surgery Straight Handpiece—engineered for uncompromising access, control, and durability in every procedure.

Optimized 20° Angled Head: Your Key to Hard-to-Reach Sites

The Optimized 20° Angled Head is the GC1’s standout feature, designed to solve a common clinical pain point. It delivers exceptional visibility and access to posterior and otherwise hard-to-reach surgical sites, eliminating the need for awkward hand positioning. This reduces fatigue and lets you work with pinpoint accuracy during implant placements, bone preparations, and other delicate procedures.

Premium Stainless Steel Build for Long-Term Reliability

Crafted from medical-grade stainless steel, the GC1 is built to withstand the rigors of daily clinical use. Its smooth, autoclavable surface ensures quick, safe sterilization between patients, maintaining infection control and extending the handpiece’s lifespan. This is a tool you can depend on for consistent, long-lasting performance.

Precision Twist Chuck & High-Speed Power

• The secure twist chuck holds surgical burs (Ø2.35) firmly in place, preventing slippage for stable, precise cuts and preparations.

• With a maximum speed of 40,000 rpm, the GC1 provides the power needed for efficient tissue and bone work, while maintaining optimal control throughout each step.

Why Choose the GC1?

✅ Unmatched Access: The 20° angled head gives you clear visibility into hard-to-reach areas, reducing procedural time and improving outcomes.

✅ Durable & Autoclavable: Stainless steel construction ensures the handpiece stands up to repeated sterilization and daily use.

✅ Fatigue-Free Design: Its lightweight, balanced build minimizes hand strain, even during long surgeries.

✅ Universal Compatibility: Works seamlessly with standard surgical burs for easy integration into your existing workflow.

Upgrade your dental surgery toolkit today with the GC1—where precision, access, and durability come together to redefine what’s possible in clinical performance.