KUPO Optics presents state-of-the-art Anti-Reflection (AR) Coatings, engineered to elevate the performance of optical systems by minimizing glare and maximizing light transmission. These coatings are vital in a wide array of optical applications, delivering a notable improvement in clarity and brightness.
Two primary types of AR coatings are offered: Single Side Coated and Double Side Coated. The Single Side Coated AR option is a cost-effective solution ideal for applications such as UV cut filters and beam splitters, where it boosts light transmission while maintaining production efficiency. This version achieves an impressive transmission rate exceeding 94% in the 420-680 nm range, making it suitable for various uses that demand a balance of quality and cost-effectiveness.
The Double Side Coated AR coatings take performance to the next level, reaching an average light transmission of over 98% in the same wavelength range. This coating is perfect for high-precision applications such as camera lenses, microscopes, binoculars, and LCD modules, where optimal light passage is paramount. With enhanced durability and resistance to environmental factors, these coatings adhere to the stringent MIL-M-13508C standards, ensuring long-lasting performance and consistency. Whether for professional-grade optical devices or consumer applications, the Double Side Coated option provides exceptional clarity and reduced reflection for the highest quality visual experience.
Both variants of KUPO’s AR coatings offer consistent performance across batches, ensuring repeatable results for manufacturers. These coatings are suitable for a wide range of industries requiring precision optics, from scientific instruments to consumer electronics. With these AR coatings, users benefit from significantly reduced visible light reflection and optimal transmission, ensuring that every ray of light is utilized efficiently for superior visual output.
Features:
Excellent visible light transmission
Significantly reduces visible light reflection
Batch-to-batch consistency for precision results
Applications:
Camera Lenses: Enhances image clarity by reducing lens flare and increasing light transmission.
Microscopes: Improves visibility and precision by allowing more light through the lens, resulting in clearer images.
Binoculars: Reduces glare and reflection, enabling better light capture for clearer, brighter views.
Optical Sensors: Increases accuracy and efficiency by minimizing light loss and maximizing transmission.
Display Screens (LCDs/Monitors): Enhances visual clarity and reduces glare on electronic displays for sharper images.