| Parameter | Specification |
|---|---|
| Product Number | DT-QCW-6L2 |
| Coupling Type | 6‑hole fiber optic |
| Compatibility | handpieces and dental units |
| Rotation | 360° |
| Connection | Quick connect |
| Material | Corrosion‑resistant alloy |
| Illumination | Integrated fiber optic |
Designed for high-precision dental procedures, this 6‑hole fiber optic coupling ensures stable drive air, consistent water spray, and high‑intensity illumination. It enables seamless integration with dental units and handpieces, supporting reliable clinical performance and enhanced workflow efficiency.
| Feature | Description |
|---|---|
| Interface | Precision-machined to match systems, ensuring accurate fit, secure connection, and long‑term sealing performance. |
| 6‑Hole Fiber Optic System | Optimized internal channels for drive air, water, and light return, providing balanced pressure and stable light output. |
| Integrated Fiber Optic Illumination | Delivers bright, shadow‑free illumination to improve visibility in the operative field without additional external light sources. |
| Quick Connect Mechanism | Supports one‑step handpiece attachment and removal, minimizing procedure interruptions and improving clinical efficiency. |
| 360° Rotation System | Allows free rotation of the handpiece, reducing wrist strain and supporting ergonomic operation during extended procedures. |
| High‑Durability Construction | Manufactured from corrosion‑resistant materials to withstand repeated sterilization and rigorous daily clinical use. |
Consistent light output – Enhances visibility for precise cavity preparation and margin detection.
Stable air/water delivery – Maintains required pressure and spray performance throughout the procedure.
Reduced handpiece exchange time – Quick coupling mechanism improves chairside workflow.
Low maintenance requirement – Robust construction minimizes downtime and service frequency.
Dental clinics equipped with dental units
High‑volume practices requiring reliable coupling performance
Clinicians seeking improved ergonomics and surgical field illumination