We offer a complete range of optical coatings to meet every need
Every product is developed with cutting-edge technologies to guarantee optimal performance, absolute precision and superior durability.
Anti-Reflection Coatings
Our anti-reflection coatings use advanced deposition technologies to drastically reduce unwanted reflections, improving light transmission at specific wavelengths. Perfect for precision optical systems, telescopes, microscopes and professional photographic applications.
Available in single-layer and multi-layer configurations, with the possibility of optimization for UV, visible and infrared spectra. Our expertise guarantees uniform and durable coatings, resistant to abrasion and extreme environmental conditions.
Band-Pass Filters
Our band-pass filters offer exceptional spectral selectivity with customizable bandwidths from a few nanometers to hundreds of nanometers. Essential for applications in spectroscopy, chemical analysis, laser applications and multispectral imaging.
Designed with high-precision multi-layer deposition technologies, they guarantee high transmission in the pass band and high reflection in adjacent bands. Thermal stability and durability ensured for critical operating environments.
Front Surface Mirrors
Front surface mirrors are critical components in optical systems where precision and reliability are essential. We use high-quality materials and our coatings guarantee exceptional performance over time.
Dichroic Filters and Converters
Dichroic filters separate or combine different wavelengths with exceptional precision, while converters optimize the emission spectrum for professional LED applications. Essential in architectural lighting, entertainment, automotive and advanced display systems.
UV and IR Coatings
Specialized coatings optimized for the ultraviolet and infrared regions of the electromagnetic spectrum. Our UV solutions are essential for curing systems, industrial drying, sterilization and spectroscopic analysis, while IR coatings find application in night vision, scientific instrumentation and precision optics in astronomical telescopes.
They improve the efficiency of glass and metal reflectors, increasing reflected power and reducing operating temperatures.
- Higher treatment speed
- More UV intensity at the required frequencies
- Less heat generated
- Longer lifespan of the lamps
- Deeper and more uniform curing
they allow infrared light to be managed selectively, improving the efficiency of optical systems.
- create band-pass filters to reflect or transmit IR
- increase the efficiency of optical instruments in the infrared range
- improve the performance of high-power lasers
Heat Filters
Heat filters, known as "hot mirrors", are designed for precise thermal management, selectively reflecting infrared radiation (heat) and allowing visible light to pass through. This technology is crucial for protecting heat-sensitive materials in high-light-intensity applications.
Metallic Coatings
We offer specialized metallic coatings, including gold, silver, copper and aluminum, for applications requiring specific properties of reflectivity, electrical conductivity or shielding. These coatings are essential for building the highest-quality mirrors, with high reflection and resistance, for satellites and ground-based and space telescopes. They are also crucial in sectors such as precision optics, electronics, defense and scientific research, guaranteeing optimal performance even in extreme conditions.
Substrate Glass
Transparent glass is the essential support for thin-film coatings, used in a wide variety of sectors. We offer a wide range of glass substrates, including the tempered version, guaranteeing optimal performance and durability for your most demanding industrial and scientific applications.
