Curing Light Second Generation

Curing Light Second Generation – Model YWJ-LA400

The YWJ-LA400 represents a new standard in dental LED curing lights, offering powerful polymerization capabilities in a sleek, lightweight design. Engineered for clinical precision and ease of use, it integrates next-generation technology with practical functionality to meet the needs of busy dental practices.

Compact and Professional Design

Designed with ergonomics and simplicity in mind, this curing light features a streamlined build and intuitive dual-button control. Its lightweight structure enhances handling comfort during prolonged procedures while maintaining professional-grade performance.

Advanced Optical Technology

Equipped with high-density glass fiber optics, the device ensures concentrated light output and uniform beam distribution. This results in deeper, more consistent polymerization across various dental composite materials.

Key Functional Features

• Low Heat Emission: Thermal management technology minimizes heat generation, enhancing patient comfort and protecting soft tissues during extended use.

• TYPE-C Charging Port: Bottom-mounted TYPE-C interface allows universal charging compatibility and eliminates the need for specialized cables.

• 360° Rotatable Head: Full-range rotation enables optimal angling for hard-to-reach areas, improving accessibility and clinical efficiency.

• Smart Battery Monitoring: LED indicators and low battery alerts ensure continuous operation without workflow interruption.

• Modular Component Design: Detachable light guide and connection head allow for easy maintenance, sterilization, and convenient storage.

Technical Specifications

• Model: YWJ-LA400

• Battery Type: Rechargeable lithium

• Capacity: 2200mAh

• Voltage: 3.7V

• Wavelength: 455–460nm (blue light)

• Intensity (High Mode): 1500–2000 mW/cm²

• Intensity (Pulse/Gradual Mode): 800–1500 mW/cm²

Reliable Clinical Performance

This curing light delivers high-intensity performance with customizable curing modes for different clinical scenarios. Its efficient energy management and user-centered design support uninterrupted treatment sessions, making it a valuable tool for restorative and cosmetic dentistry.