Technology / product information

Sugitoh's synthetic quartz biconcave lenses are a clear solution that maximizes optical system precision with high-purity silica.

Sugitoh's synthetic quartz biconcave lenses, made using high-purity silica, combine excellent chemical stability and heat resistance. These lenses perform exceptionally well in optical systems exposed to high temperatures or intense laser light. Characterized by their transmission capability across a broad wavelength range from ultraviolet to infrared, they are suitable for a wide variety of applications including precision measurement, analytical devices, and laser processing equipment.

Features:

Enhanced transmittance due to the use of extremely pure synthetic quartz material
Strong durability and corrosion resistance against high temperatures and chemicals
Outstanding optical properties across a wide wavelength range from ultraviolet to infrared
High damage threshold against laser light, durable for long-term usage
Flexible specification changes according to custom designs

Specifications:

Material: Synthetic fused silica
Shape: Biconcave
Wavelength range: Ultraviolet to infrared regions
Temperature resistance: Suitable for use in high-temperature environments
Coating: Anti-reflective coating option available

Applications:

These lenses are particularly well-suited for use in environments such as:

- Analytical devices using ultraviolet light
- Medical devices utilizing lasers
- Optical experiments in high-temperature conditions
- Precision processing equipment

Sugitoh's synthetic quartz biconcave lenses, with their high durability and transmittance, provide an innovative solution for optical systems in harsh environments.