I. Advanced Optical Engine: True-Collimation Technology

Unlike standard curing lights that suffer from energy dispersion, our proprietary 15.8° narrow-angle lens architecture keeps photon density constant from the tip to the cavity base. This guarantees complete monomer-to-polymer conversion in deep Class II restorations, reducing the risk of shrinkage-induced micro-leakage and secondary caries.

II. 7 Clinical-Grade Operational Modes

Control over polymerization kinetics is essential for composite longevity.

• Turbo Mode (10W): 2500mW/cm² output for rapid, high-speed restorative work.

• Standard Mode: 1200mW/cm² for reliable, daily clinical stability.

• Soft-Start Mode: 5s gradual ramp-up to minimize polymerization shrinkage stress.

• Pulse Mode: Intermittent output to manage thermal energy and protect pulp health.

• Ramp Mode: Linearly increasing intensity for stress-controlled polymerization.

• Caries Detection Mode: Specialized 390nm-420nm light to reveal incipient lesions and enamel demineralization.

• Custom/Timer Mode: Precision control (1-40s) for unique restorative protocols.

III. Diagnostic Synergy: Beyond Polymerization

Amexors has transformed the curing light into a diagnostic asset. By switching to the Caries Detection Mode, you can illuminate hidden decay and demineralized tissue in the prep stage, facilitating a Minimally Invasive Dentistry (MID) approach that preserves more natural tooth structure.

IV. Industrial Reliability: Silent Quality Control

Our "Calibration-Always" system integrates a precision light meter directly into the contact-less charging base. Every time you cradle the device, the base automatically calibrates the output and verifies it against factory standards, ensuring your equipment's performance never degrades over years of heavy use.

V. Ergonomic Integrity

Crafted from aircraft-grade, impact-resistant polymers with a medical-grade matte finish, the Pro-Cure 10W is built to withstand rigorous sterilization cycles. The 360° rotating, fully autoclavable tip offers unparalleled maneuverability, ensuring seamless access even in posterior regions.