- [Laser Glasses]: Featuring an optical density of OD 4+ and a visible light transmittance of 15%, these glasses provide broad-spectrum protection, effectively blocking blue, red, UV, and infrared laser light.
- [IPL Glasses]: Designed to protect against wavelengths ranging from 200nm to 2000nm, these glasses are applicable to common 405nm, 445nm, 450nm, and 650nm, for laser cosmetology operator and red light therapy eye protection.
- [Red Light Therapy Glasses] : When receiving red light therapy, red light protective glasses can prevent direct red light and infrared from causing damage to the eyes, eyes protection from 200~2000nm red light and infrared.The eye frame and side wings with soft natural rubber baffle, which can protect your eyes in all directions.
- [High-quality Material] : Made of high-quality polycarbonate material, light weight, will not put pressure on the bridge of the nose, the mirror surface is not easy to scratch, easy to clean, and can be washed directly, giving you a comfortable wearing experience.
- [Attentive service] : If your glasses are damaged during normal use, please contact us and We will provide one year free replacement service.
Product description
High qualitiy PC lens with broad spectrum protection can block UV, Blue, Red and Infrared Laser Lights
Made from high-quality polycarbonate, these glasses are lightweight and won't put pressure on your nose.
The lens surface is scratch-resistant and easy to clean. The unique soft rubber frame and side wings provide 360° eye protection for a comfortable wearing experience.
Our laser hair removal glasses are equipped with a specialized anti-slip design, ensuring they stay securely in place during use.
Laser safety glasses offer highly effective eye protection during the use of HPL or IPL hair removal devices.
Ideal for both private and commercial use, these glasses ensure the safety of clients and practitioners.
These glasses provide protection across the ultraviolet spectrum (200-2000 nm, including UV-A, UV-B, and UV-C), safeguarding against low to medium-intensity UV radiation.
