Optical tests - Import export

Knight Optical can offer you Plane Mirrors (general, λ/1 and λ/4), for use within Fibre Optic Applications in a range of materials such as Soda-lime float glass, white float glass, and BK7 glass. Our plane mirrors are used within fibre optic applications such as testing the fibre optic signal to help understand the strength of the signal. Plane mirrors also known as front surface mirrors or first surface mirrors are used widely within Fibre Optic applications. As stock we hold many general purpose, λ/1 and λ/4 with a range of up to 6 types of coatings such as Enhanced Aluminium, Ali/SiO2 and Ali/Mgf2. Our general purpose grade mirrors are made from good quality float glass and generally available in thicknesses of 1mm, 3mm and 6mm as standard. READ PDF FOR MORE INFORMATION

Optical flats are single precision flat surfaces. They are used as reference surfaces to compare flatness of a substrate where flatness is unknown. When a high quality optical flat is placed on top of a polished substrate and used in conjunction with a monochromatic light source light bands are formed. The light bands that are present are known as interference fringes and their shape represents how flat the part being tested measures. Dependent on how many rings are formed or how straight the presented lines are is an indication of how flat the tested part is. Optical flats are used for testing gauge blocks. Optical flats are also used in interferometers and high quality flat optical mirror and window sub-straights for laser applications. This range of quartz optical flats are single-sided. Quartz has low thermal expansion properties and is very durable and cost effective solution over UV grade fused silica. Read PDFs for more information

Knight Optical has successfully launched a range of Stock Optical Domes for Submersible ROVs underwater imaging, sensing and exploration applications, where protection of electronic sensor systems from harsh liquid and gas environments is essential. A dome is essentially a window that has two parallel curves faces. Our domes ensure high clarity and transmission in the UV-NIR and FarIR spectrums allowing for accurate measurement. Knight Optical is a trusted, established and reliable supplier to manufacturers of underwater ROVs for surface and deep water exploration. With our excellent record delivering quality, metrology tested optical domes & windows; we like to think we are your best solution for custom ROV dome and window solutions. Our products are used by satisfied customers in the ROV industry worldwide. Contact our experts and find out why! For more information read PDF

As UVC sterilisation becomes more prevalent, Knight Optical can offer UV domes to house LEDs and LED arrays, as well as other light sources. We stock ready-to-order 50mm and 100mm UV fused silica domes with high transmission down to 185nm, meaning it encompasses the traditionally used UVC light sources – KCl excimer lamps (222nm), mercury lamps (254nm) and LEDs (265nm, 273nm and 280nm). Knight Optical can also provide custom domes, including with a flange for easier mounting, manufactured from UV fused silica. Also available are optical coatings to enhance the performance of the dome. Quality Assurance All optical components are tested in our state-of-the-art metrology laboratory to ensure they meet every specification, and then 100% visually inspected by our highly trained quality technicians. Knight Optical prides itself on the quality of our optical components, and you can be confident that our products will fit seamlessly into your UVC system.

In contrast to standard FIA analyzers that use gold nano-particles, Optical Q utilizes advanced fluorescence chemistry and incorporates world class lens technology to more accurately quantify the concentration - or severity - of each analyte. In addition, Optical Q features a wide variety of diagnostic markers - many of which are developed in-house - that covers health categories including but not limited to inflammation, infection, diabetes, vitamin D deficiency, thyroids, and more. Our capacity to develop our device and antibodies in-house enables optimized performance against competitors, continued expansion of our test menu, and modification of tests based on client needs. From private physician offices to larger hospital laboratories and emergency departments, Optical Q™'s high performance, objectivity, and quality control make Optical Q the perfect solution for those looking to improve their rapid testing algorithm. Optical Q is truly a rapid one-stop diagnostic solution.

DRIVE NDT is a cloud-based management software which integrates all NDT inspection methods and associated processes into a single system. With DRIVE NDT you can organize and control the complete NDT job workflow including individual test reports, staff, customer and device management, and much more. One solution for all NDT inspection methods Radiographic Testing (RT-D, RT-F, CT) Ultrasonic Testing (UT-PA, UT-TOFD, UT-WD) Visual Testing (VT) Electromagnetic Testing (ET) Magnetic Particle Testing (MT) Liquid Penetrant Testing (PT) Acoustic Emission Testing (AT) Acoustic Resonance Testing (ART) Infrared/Thermal Testing (IR/TT) Leak Testing (LT) Optical Methods (OM) ...

TOPTICA's high-power single-frequency diode lasers are ideal coherent laser sources for a multitude of demanding applications, including lithography, optics test & inspection and holography. These lasers pave the way to manufacture high-quality optics for Augmented Reality (AR), Virtual Reality (VR) or Mixed Reality (MR). For example, ultra-precise optical gratings are easily produced with these laser systems to fabricate hologram projections or holographic safety features.

During development we will work closely with you, guide you through the complete development process, and once your product is developed, we will produce it in our factory. Product development consists of technical specification and requirements definition, architecture definition, BOM optimization, HW, SW and mechanical designs, electric and thermal simulations, optics simulation and design, functional tests, end of line test equipment design, highly accelerated lifetime tests and packaging design. Design processes follow known project management standards.

- Quality control and safeguarding - Individual test values and criteria - Customer-specific measuring and testing plants - Single measuring systems with manual assembly - Fully integrated and automated testing plants using robots - Optical, acoustic or electrical systems with/ without parts contact, data preparation, analysis Measuring and testing systems we were involved in: - Camera systems with corresponding image processing - Part recognition, positioning, color and surface examination, checking for damages - Optical / tactile / ultrasonic tests using sensors and displacement measurement systems - Leakage and pressure tests - Inspection and monitoring of filling level - Run-out properties and accuracy - Backlash measurement - Electrical tests and measurements - Electrical values, check measurements, switching and opening properties Used in all branches: e.g. pharmaceuticals industry, medical engineering, cosmetics, electronics and automotive industries.

The product portfolio at SIM Automation ranges from the effective design of individual manual workstations all the way through to completely interlinked, highly automated process lines. We handle all common transfer systems and can thus offer solutions that are independent from the branches of our customers. In addition to all standardized joining, measuring, testing and inspection systems, our assembly plants can also implement the customer’s own processes, including: - Joining, screwing, bonding, riveting, welding (laser, ultrasonic, resistance) - Testing, measuring, inspecting (optical, tactile, electrical, thermal) - Robot systems - Linear systems (pneumatic, electrical, mechanical) - Cam-controlled drives, linear and handling systems Testing and inspection lines we have been involved in: - Electric high-performance gear components (up to 6 kV) - Electric central locking systems (vehicles)

Full mask BLS 5500 of BLS made of silicone is equipped with two filter connections. Features: Soft silicone of face cover provides a high comfort for user Visor enables distortion-free visual field and guarantees a higher level of security, as well as less fatigue for user Visor passed optical test of class 1 Visor is protected against of inner fogging, scratching and aid Improved anatomical fit by ergonomic straps Valve of silicone inner- mask are flat and provides higher safety Optimal position of filter for maximal mobility and greater field Accessory (optional): Frame for insertion of individual lenses inside the mask Visor protection Textile adjustable straps Carrier bag Details: Face seal made of thermoplastic Inner mask of silicone Visor of polycarbonate Filter connection: ABS Adjustable straps of synthetic rubber Weight: 600 g BLS 5500 is CE-certificated and complies with all guidelines of PSA! Datenblatt

The featured Singlemode (SM 9/125) metal coated fiber operates in both, 1310 nm and 1550 nm wavelength ranges, according to G.652 A/B standards. The fiber is supplied with either 24 kt Gold or Aluminum coatings. As an electric conductor, these types of coatings provide the user with the ability to terminate the fiber directly to the coating, supporting hermetically sealed assemblies. Gold and Aluminum coated fibers are most capable of withstanding high temperatures and harsh environments compared to conventional coated fibers. The fibers have low stress corrosion susceptibility and offer superior mechanical protection in the most challenging harsh environments. All metal coated Singlemode fibers are 100 % quality tested to Heracle‘s stringent test procedures in accordance TIA/EIA and international Fiber Optic Test Procedures (FOTP). Custom specific tests to verify application requirements are available.

heracle offers germanium doped fused silica graded index multimode fibers needed for data communication at the optical wavelengths 850 nm and/or 1300 nm. The metalized optical fiber is supplied with either 24 kt Gold or Aluminum coatings. As an electric conductor, these types of coatings provide the user with the ability to terminate the fiber directly onto the coating, supporting hermetically sealed assemblies. Gold and Aluminum coated fibers are capable of withstanding extreme temperatures and harsh environments. The manufacturing process utilized in the production of these fibers result in low stress corrosion susceptibility, and thus offering improved mechanical protection to the optical fiber when used in the most challenging harsh environments. All metal coated graded index fibers are 100 % quality tested to Heracle‘s stringent test procedures in accordance with the Telecommunications Industry Association (TIA/EIA) and international Fiber Optic Test Procedures (FOTP).

Edmund Optics® has the expertise to bring your concept to production, design optical components or full optomechanical assemblies tailored for your needs, and conduct analysis and tolerancing for your designs, along with 24-hour engineering support. We can simplify and expedite the path to production, quickly providing proof-of-concept hardware and prototypes to help you be the first to market. Every step of the way, Edmund Optics® is committed to ensuring product and procedural quality and has a proven track record of tailored testing for optical assemblies customized to project requirements.

In the production of high-performance calomel optics, many tests and measurements are required to obtain only the best quality crystals. For this purpose, our technologists have several high-tech devices, however they are not used permanently. Therefore we want to offer you our capacities.