About us

Since our inception in 1992, KUPO Optics has been at the forefront of the optical coatings and filters industry. With a steadfast commitment to quality, we've carved out a distinguished reputation, providing top-tier optical solutions. Our focus on maintaining high standards has positioned us as a leader in the professional optical filter market, catering to a diverse range of industries with unmatched expertise and precision.

State-of-the-art Facilities

Our dedication to excellence is reflected in our investment in cutting-edge production technology. Our arsenal includes advanced planetary coating machines, precise linear and laser cutting tools, and high-resolution spectrometers. This sophisticated equipment enables us to craft filters and coatings with exceptional accuracy and consistency, ensuring each product meets our stringent quality benchmarks.

 

Wide Range Applications

KUPO Optics' products find their application across a vast array of fields. We cater to sectors as diverse as medical and fluorescence imaging, machine vision, astronomy, defense systems, and entertainment. Our optical filters and coatings are integral in enhancing the performance and functionality of various devices and systems in these industries.

 

Flexibility and Customization

We understand the urgency and unique requirements of our clients. Our extensive inventory is poised to fulfill rush orders, demonstrating our commitment to responsive service. Furthermore, our seasoned R&D team is adept at developing bespoke filters tailored to meet the most exacting specifications, providing solutions that align perfectly with client needs.

 

KUPO Dichroic Filter

 
At KUPO Optics, the precision and consistency of our optical filters are a testament to our advanced coating chambers equipped with planetary revolution and Ion Assistant Deposition (IAD) technology. Adhering to MIL-M-13508C standards, our rigorous manufacturing process ensures each filter withstands environmental challenges, including abrasion, humidity, and flaking. Our commitment to quality is further solidified by our adherence to ISO 9001 standards, guaranteeing uniformity in all our products.
 
Our relentless pursuit of innovation is grounded in continuous research and development. We are dedicated to exploring new possibilities in optical solutions, striving to exceed expectations in both product quality and customer service. At KUPO Optics, your satisfaction is our priority. We welcome your inquiries and are committed to providing prompt and comprehensive responses to all your needs.
 
 

 

Beam Splitters

Introducing KUPO Optics' Beam Splitters, a cornerstone in advanced optical engineering, designed to meticulously manage light pathways with precision and versatility. Our beam splitters stand at the forefront of optical technology, expertly dividing incoming light into two distinct beams, each with a customizable ratio of transmission and reflection. This unique capability positions our beam splitters as an essential component in a wide array of sophisticated optical applications.
 
Constructed with the highest standards of consistency, each beam splitter showcases impeccable piece-to-piece and batch-to-batch uniformity, ensuring reliable performance in repetitive and critical applications. The incorporation of an anti-reflection coating on the second surface significantly enhances the splitter's efficiency by reducing Fresnel reflection, a common challenge in light transmission at discrete interfaces. This attention to detail not only optimizes light management but also expands the splitter's functional range, making it a versatile choice for diverse optical needs.
 
Our beam splitters find their place in a variety of industries, from precisely dividing laser beams in scientific and communication devices to directing light paths in complex optical instruments. They are particularly valuable in broadcasting, where they are integral to autocue systems, enabling presenters to engage with the camera while reading the script. Adhering to MIL-M-13508C standards for humidity, adhesion, and abrasion, KUPO Optics' Beam Splitters promise longevity and resilience, making them a reliable choice for both standard and challenging environments. With KUPO Optics, experience the pinnacle of optical precision and versatility. 
 

Applications of Beam Splitters

Beam splitters are optical devices that divide a beam of light into two or more separate beams, a feature that lends itself to a wide range of applications in both commercial and scientific settings. These components are used to direct light in precise ways, enabling the concurrent execution of multiple processes or observations. Thanks to their ability to manipulate light efficiently, beam splitters are integrated into equipment across industries such as telecommunications, healthcare, entertainment, and research, playing a critical role in the advancement of optical technologies.
 
Telecommunications
 
In the field of telecommunications, beam splitters are at the core of fiber optic networks where they split or combine light signals. This allows for the distribution of data over multiple pathways, increasing bandwidth and improving network efficiency. Beam splitters facilitate the process of wavelength division multiplexing, where different data signals at various wavelengths are transmitted simultaneously over a single fiber, optimizing the use of the network infrastructure.
 
Medical Imaging and Healthcare
 
Beam splitters are integral to medical imaging technologies such as endoscopy and ophthalmology. In endoscopic procedures, beam splitters are used within the instrumentation to direct light towards the area of interest within the body while simultaneously transmitting the reflected light back to an imaging device. In ophthalmology, beam splitters are used in slit lamps and laser delivery systems, allowing doctors to view the eye in high detail and perform precision-based treatments.
 
Machine Vision
 
Machine vision systems rely on beam splitters in inspection and quality control applications. By splitting the imaging pathway, a single camera can capture multiple views of an object, or multiple cameras can capture different aspects simultaneously, aiding in thorough product analysis. This multi-angle approach is crucial for the detection of defects in manufacturing lines, ensuring high-quality standards are maintained.
 
Stage Lighting
 
In the stage lighting industry, beam splitters contribute to creating complex lighting effects. They can divide a single light source into components of varying colors or intensities, which allows lighting designers to craft unique visual landscapes for theatrical productions, concerts, and live events. The dynamic effects made possible by beam splitters enhance the audience’s experience and contribute to the narrative of performances.
 
Scientific Research
 
Beam splitters are commonly used in various types of microscopes, telescopes, and spectroscopic instruments within the scientific research community. They allow researchers to divide light paths for simultaneous observation and detection, or to combine different light paths for interference and pattern measurement — key procedures in fields such as photonics, quantum computing, and materials science.
 
Astronomy
 
In astronomy, beam splitters are used in telescopes and other observational instruments to analyze celestial objects. They enable astronomers to direct light to different detectors, each configured to analyze specific wavelengths or properties of the light received, providing a more comprehensive understanding of the universe.
 
Photography and Cinematography
 
Photographers and cinematographers use beam splitters in teleprompters and 3D cameras. In teleprompters, the device reflects a script toward the speaker while allowing the camera to shoot directly through it. In 3D camera rigs, beam splitters are used to allow two cameras to record the same scene from slightly different angles, mimicking the perspective of human eyes to create a stereoscopic effect.
 
Manufacturing
 
Beam splitters find application in various manufacturing processes that involve lasers, such as cutting, engraving, or welding. They allow for the simultaneous splitting of a laser beam to perform multiple operations or to combine beams for more powerful output, increasing the efficiencies of these industrial processes.
 
Beam splitters are an essential component across numerous industry sectors, each serving to expand capabilities and streamline processes. Their ability to direct and divide light enhances both performance and functionality, proving the fundamental role that beam splitters play in modern-day optical solutions. As industries continue to evolve and find new ways to integrate optical technologies into their operations, the beam splitter stands out as a key player in the continuous innovation of light manipulation.
 
 
KUPO Dichroic/ Beam Splitters

Features

● Perfect piece-to-piece, batch-to-batch consistency
● Even transmission of visible light
● Customizable ratio of transmission and reflection
 

Examples of Applications

● Laser
● Optical Instruments
● Autocue

General Specification

● Spectral Tolerance: Designated average transmission +/-3% in 420~680nm
● Available Substrate: See Glass Substrates under Products Page
● Humidity, Adhesion, and Abrasion: MIL-M-13508C