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Livingston, United Kingdom
11-50 Employees
2002
We also have a page dedicated to listing our partner companies, groups and collaborations as well as our professional affiliations – underlining our belief that collaboration drives progress in science and technology. Helia Photonics headquartered in Livingston, Scotland, is a company renowned for its expertise in III-V & Si photonics BEoL processes, thin film optical coating technologies and offers an array of advanced services catering to a wide range of optical and semiconductor applications. With a focus on precision and innovation, Helia Photonics has established itself as a key player in the photonics industry.
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Featured
Helia Photonics: the ultimate innovators in thin film optical coatings
... Helia Photonics Ltd – The ultimate innovators in thin film optical coatings ...
United Kingdom
1-10 Employees
2008
We are your ideal partner for long term production contracts. We are able to offer a range of solutions to your coating requirements:. OEM Production Volumes: We are able to supply high volume Infrared filters and AR Coatings on multi year contracts with stock held for call off at any time. We offer expert advice and a rapid prototype service to minimise the time to go from concept to full scale production. Coat Only Service: With our coat only service you provide the optics and we supply the coating with lead times as short as 48 hours. Full Optics Manufacture: Our range of trusted optics suppliers allow us to supply both the optics and coating to keep things simple and lower lead times.
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Vortex Optical Coatings |
... Vortex Optical Coatings Designs and Manufactures Optical Filters and Coatings between 0.25um – 6um. ...
Bengaluru, India
51-100 Employees
1985
We have Expertise in Precision Optics, Diamond Turned Optics, IR Optics, Imaging Optics, Large Size Mirrors & Flats, Aspheric & Off Axis Parabolic Mirrors, Ultra Precision Optical Windows, Diffractive Optics, High Precision Opto Mechanical Mounts/Systems, Large Size Complete Schlieren Systems, Precision Polymer LED Lenses, Polymer Imaging Lenses, LED Backlights & Optical Instruments. Received “Defense Technology Spin off Award” from Hon’ble Prime Minister during Year-2002 for Manufacturing Polymer Aspheric Lenses as LOW VISION AIDS irst of its kind in India. SUCCESS : Excellence in work we do drives us to deliver our vision to the world.
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Precision Optics Products - Manufacturer & Supplier - Optica
... Optical CoatingS ...
City of Rochester, United States
1-10 Employees
1993
Lesker Company, we are proud to introduce an optical coating system with unparalleled flexibility and unique capabilities. David Glocker as a designer and manufacturer of a unique and proprietary type of sputtering cathode known as an inverted cylindrical magnetron. In 2003, Isoflux began to focus on developing novel coating solutions for the biomedical market. We have increased our offerings from coating equipment design and sale, to custom coating development, to now offering contract coating and manufacturing services. Isoflux is recognized as the world's leading manufacturer of inverted cylindrical magnetron sputtering cathodes. We offer several standard cathode designs and can also deliver customized designs to fit specific coating needs.
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Optical Coatings
... Optical coatings from a sputtering system employing an inverted cylindrical magnetron. ...
Quakertown, United States
11-50 Employees
1999
Therefore, we are committed to providing the highest quality optical filters to assist you in providing the best possible solution to your customer. Since our inception, View Thru Technologies has been dedicated to providing high quality optical filters solutions. Our optical filters can be found in products in a variety of industries, including TEMPEST displays, military applications, medical instrumentation, test instrumentation, and commercial electronics products. With more than 20 years of design and manufacturing experience, we are committed to ensuring the satisfaction of our customers. Our advanced, state-of-the-art, optical lamination process allows us to provide the most comprehensive and versatile products available to meet the requirements of today’s demanding environments. These manufacturing capabilities allow us to produce products to your exact specifications, from fully laminated EMI/RFI shielded optical filters to simple hard coated protective screens. As a manufacturer of optical products for electronic displays, View Thru Technologies understands that our product is an important component of your product. Contact View Thru Technologies today to see how we can help you improve your product!
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Optical Enhancement Coatings
... Optical Enhancement Coatings – View Thru ...
Hingham, United States
51-100 Employees
1982
Since 1982 Dynavac has specialized in the application of high-vacuum technology in thin film deposition and space simulation. Dynavac designs and manufactures systems in Hingham MA, USA and Paris, France. At Dynavac, we design and manufacture our systems to the highest standards. Dynavac continues to make substantial investments in capital equipment to expand capacity and streamline business processes. Dynavac is committed to providing the very best design, manufacturing, test, and support capabilities in our industry to meet customers’ increasingly sophisticated needs. We are highly experienced in the role of prime- or sub-contractor when building a new facility or upgrading existing chambers. Dynavac, a leading supplier of thin film deposition and space simulation systems, is pleased to announce a major expansion of facilities, capital investment, and workforce. Learn more about Dynavac’s latest partnership with Matrix Service to commission Ball Aerospace’s next-generation Thermal Vacuum Test Facility.
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Hyperion optical coating system
... Dynavac's Hyperion system is proven to meet the most complex optical coating challenges with today's highly sophisticated materials. ...
Denver, United States
1-10 Employees
2016
Our mission at CTF is to provide reliable optical coatings, fast. We Deliver Exceptional Optical Coatings across the globe. With advanced E-Beam and Ion-beam-assisted coating capabilities, Colorado Thin Films, Inc is able to provide the highest quality and precise custom optical thin film coating solutions to your specifications. Colorado Thin Films, Inc specializes in designing and production of a variety of Precision optical thin film coatings for optical components, windows and miscellaneous substrates matched to custom specifications. With over 20+ years dedicated to precision optical coatings, Colorado Thin Films was founded with passion & conviction to assist the development of the Optics industry. Our optical coating shop offers custom coatings designed to meet your specific requirements. From anti-reflective coatings to infrared coatings, we have the expertise and equipment to provide a reliable coating solution to custom specifications. Colorado Thin Films utilizes a network of optics manufacturers with specialized skills and equipment.
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PRECISION OPTICAL COATING SOLUTIONS
... Colorado Thin Films is recognized for high-quality optical coatings with unreal turnaround times. Using state-of-the-art equipment with an experienced team to ensure every coating meets the highest standards of precision and performance. ...
Boulder, United States
11-50 Employees
1991
We are also very proud to have many of the world renowned universities and national laboratories as permanent customers. We support a wide variety of laser applications for leading edge equipment manufacturers in the semiconductor, medical, defense, industrial markets. Our employees work tenaciously to offer reliable precision optics engineering and remarkably consistent on-time deliveries. From fabrication to polishing, our precision optics manufacturing company readily produces custom precision optics, either off-the-shelf, engineered to your needs, or modified stock research products. We have over 30 years of experience manufacturing optics and supplying them across industries. An alpine research optical company is one of the best precision optical manufacturing companies in United States. Our facility offers many optic products such as co2 lenses, windows, optical components, optical filters, prisms and more. Laser mirror manufacturers design to reflect light, including beam steering, interferometry, imaging, or illumination.
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Optical Coatings
... ARO is one of the leading optical coating companies in United States with capabilities in IBS, UV, IR, anti-reflective ...
Täby kommun, Sweden
11-50 Employees
1990
High transmission, high rejection outside the passband, fine surface quality and the coating uniformity gives our filters excellent performance. Custom specific coatings for various products; Wafer level packaging/optics, antire-flection, beamsplitters, mirrors and neutral density filters. We help our customers with design and production of optical filters, procurement of filter wheel parts and assembly of the complete filter wheel.
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WLP and WLO Optical Coatings
... WLP and WLO optical coating | ...
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OPTICAL COATINGS
... OPTICAL COATINGS ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Optical Coating
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 192 |
| Amount of suitable service providers | 131 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1982 |
| Youngest suiting company | 2016 |
An optical coating refers to a layer or combination of layers of material deposited on an optical component such as a lens or mirror, which alters the way the optic reflects and transmits light. These coatings are engineered at a microscopic scale to achieve specific optical properties, manipulating light in ways that enhance the performance of optical systems. By tailoring the reflection, transmission, and absorption of light waves, optical coatings enable a wide array of technological applications, ranging from anti-reflective coatings for glasses and solar panels to high-reflectivity coatings for mirrors in powerful telescopes. The precise control over light interaction provided by these coatings significantly impacts fields such as astronomy, photography, electronics, and laser technology. For instance, in laser systems, optical coatings are crucial for directing light paths and maximizing system efficiency, while in consumer electronics, they improve screen readability and durability. The advancement in optical coating technologies continues to open new horizons in optical engineering, contributing to the development of more efficient, reliable, and versatile optical devices. This dynamic involvement underscores the critical role of optical coatings in both enhancing existing optical applications and enabling new technological breakthroughs.
1. Enhanced Durability
Optical coatings significantly increase the durability of lenses and optical devices. By adding a protective layer, these coatings guard against scratches, abrasion, and environmental damage, ensuring the long-term performance and reliability of optical components.
2. Improved Optical Performance
The application of optical coatings can drastically enhance the performance of optical devices. These coatings are designed to reduce glare and reflections, increase light transmission, and minimize optical aberrations. This results in clearer, sharper images and superior light management, which is particularly beneficial in high-precision applications such as microscopy and laser technology.
3. Customization and Versatility
Optical coatings offer a high degree of customization, allowing engineers and designers to tailor the optical properties of a device to meet specific requirements. Whether it's adjusting the reflectivity, transmissivity, or spectral bandwidth, these coatings can be engineered to suit a wide range of applications, from consumer electronics to advanced scientific instruments.
4. Cost-Effectiveness
In comparison to alternative methods for enhancing optical performance, optical coatings are a cost-effective solution. They provide a significant improvement in durability and optical properties without the need for expensive materials or complex manufacturing processes, making them an economical choice for both large-scale production and specialized applications.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology and Equipment
Ensure the supplier uses advanced coating technologies and high-grade equipment, which are crucial for producing durable and high-quality optical coatings.
2. Customization Capabilities
The ability to customize coatings based on specific requirements like wavelength, reflection, transmission, and environmental durability is essential for meeting your unique needs.
3. Quality Assurance
Look for certifications like ISO 9001 to ensure the supplier adheres to strict quality standards throughout the production process.
4. Material Variety
The supplier should offer a wide range of coating materials to cater to different applications and performance criteria.
5. Lead Time and Scalability
Assess the supplier's ability to meet your production timelines and scale operations up or down based on demand.
6. Cost-effectiveness
While quality is paramount, ensuring the supplier's pricing is competitive and offers good value is also important.
7. After-Sales Support
Comprehensive support, including technical assistance and warranty services, ensures long-term reliability and satisfaction.
Optical coatings are pivotal in the telecommunications industry, where they enhance signal transmission capabilities of fiber optic cables. By minimizing loss and optimizing signal strength, these coatings ensure reliable, high-speed communication essential for businesses operating in a digital world. This application not only improves network efficiency but also supports the backbone of global data exchange networks. In the healthcare sector, optical coatings are utilized in medical devices, such as endoscopes and surgical lasers. These specialized coatings improve image clarity and accuracy, essential for precise diagnostics and surgical procedures. The enhanced performance of medical instruments directly contributes to improved patient outcomes and advances in medical research. The aerospace industry benefits significantly from optical coatings in sensor and navigation systems. These coatings improve the durability and performance of equipment exposed to extreme environmental conditions, ensuring accurate data collection and reliable operation. This application is critical for both commercial aviation and space exploration, where precision and reliability are non-negotiable. In manufacturing, optical coatings are used in quality control instruments to enhance the accuracy of measurements and visual inspections. This application ensures that products meet stringent quality standards, reducing waste and increasing efficiency. The ability to precisely measure and analyze components is essential for maintaining the integrity of manufacturing processes across various industries.
Optical coating technology, pivotal in enhancing the performance of optical devices by manipulating light reflection and transmission, has reached a high Technology Readiness Level (TRL), specifically between 8 and 9. This advanced TRL is attributed to the extensive research, development, and real-world application that optical coatings have undergone over the years. Technically, the maturity of optical coating processes such as physical vapor deposition (PVD), chemical vapor deposition (CVD), and atomic layer deposition (ALD) has significantly contributed to this status. These methods have been refined to allow precise control over thickness and composition of coatings, enabling the production of highly effective anti-reflective, reflective, and filter coatings for various optical applications. The reliability and performance consistency of these coatings in operational environments—from consumer electronics with anti-glare screens to sophisticated aerospace sensors—demonstrate their technical proficiency and readiness for widespread application. Moreover, the ongoing innovation in material science and nanotechnology continues to push the boundaries of optical coating capabilities, ensuring that this technology remains at the forefront of optical engineering advancements. Such technical milestones confirm the high TRL of optical coating, underlining its critical role in advancing optical device performance across multiple industries.
In the Short-Term, advancements in optical coating technologies are expected to focus on improving the efficiency and durability of coatings for consumer electronics, such as smartphones and tablets. Innovations in thin-film materials and deposition methods will likely lead to coatings that are more resistant to scratches and smudges, enhancing the lifespan and performance of these devices. Additionally, the development of more environmentally friendly coating processes will be a significant focus, aiming to reduce the ecological footprint of production. The Mid-Term developments are predicted to concentrate on the integration of optical coatings into renewable energy systems, notably solar panels and LED lighting solutions. This phase will see the emergence of coatings designed to maximize light absorption and minimize reflections, thereby significantly increasing energy efficiency. The application of new nanomaterials and nanostructures in coatings will also enable more effective control of light, paving the way for smarter and more adaptive lighting systems. Looking into the Long-Term, the horizon of optical coating technology is set to be revolutionized by the advent of quantum computing and communication systems. Optical coatings will play a crucial role in these technologies, requiring unprecedented levels of precision and functionality. Coatings that can manipulate photons at the quantum level, for instance, will be essential for the development of quantum networks and computers, offering enhanced security and computational speed far beyond current capabilities. This era will herald coatings that are not only tailored for specific wavelengths of light but also for specific quantum states, marking a significant leap in optical technology.
