The OEM Network is your one-stop directory for finding top suppliers of key components in Life Sciences, Material Science, Clinical Science, and more.
We connect you with trusted partners to speed up and simplify your OEM search.
Bringing together a diverse range of companies specialising in essential components for industries like optical and industrial inspection, microscopy, and semiconductor research, we make it easy to find the right fit for your OEM needs.
OEM Solution ‘Wish List’
Let the Network to do all the hard work for you!
Please give an idea of the product(s)/solution you are looking for, or an idea of the application you work in.
Your request will then be forwarded on to the relevant companies who will get in touch. The more detail you can provide, the better our partners can tailor their responses.
Andor’s range of high-performance microscope imaging cameras are suited to a wide variety of microscopy applications, from routine wide-field fluorescence microscopy of living or fixed cells through to extremely challenging single molecule tracking studies.
iXon EMCCDs are the gold standard detectors of the biophysics laboratory. Refined and perfected for the most challenging low light applications, they offer a raw sensitivity unmatched by sCMOS based technology.
Andor’s ZL41 Cell and Sona scientific CMOS (sCMOS) cameras are optimised for high fidelity, quantitative scientific measurements. A range of sensor formats cover most imaging applications with a combination of sensitivity, speed and resolution over wide fields of view.
The C-Red series from First Light Imaging enable imaging into the (SWIR) NIR II band using InGaAs detector technologies. This enables deeper imaging into tissues of larger model organisms.
Teledyne Photometrics are pioneers in scientific imaging solutions, designing and manufacturing groundbreaking scientific cameras that support demanding, quantitative research. As well as being a supplier for academia & research, they offer world-leading OEM support for sCMOS and CCD.
Bringing CCD-like capabilities to CMOS – the Retiga E series showcases a breakthrough in thermal noise control that supports exposures times up to 60 minutes. In a compact and cost-effective OEM platform, the Retiga E series has been designed for luminescence imaging systems
Already a huge success in the commercial and research markets, the Prime BSI Express provides scientific CMOS quality in a compact, OEM form factor. Meeting requirements for speed, sensitivity, and easy integration, as well as industry-leading longevity.
An all-new CCD platform for OEM integration into imaging and spectroscopy systems. Designed to support various Teledyne e2V sensors, the Lansis platform is the ideal solution for an any system requiring the highest sensitivity. The Lansis also supports deep-cooling, USB 3.1 (gen 2) and a permanent vacuum seal
Nikon’s versatile camera and controller lineup empowers you to create the perfect imaging system for your needs—tailored for biotech, clinical research, or education—delivering unmatched performance for every application.
Hamamatsu Photonics designs and manufactures OEM cameras tailored to customer needs.
Their OEM cameras cover imaging not only in the visible light region but also invisible spectral regions such as the X-ray and infrared. Hamamatsu offer the latest scientific CMOS (sCMOS) sensors, TDI (Time Delay Integration) sensors, and specialized CCD/CMOS sensors. The company aims not only to provide imaging solutions but also customer satisfaction by gaining the best possible performance from their sensors, while still meeting individual needs.
We design and manufacture high-performance stages suited for integration into many types of imaging systems, including novel advanced microscopes. These stages can be both off-the-shelf and custom made for an individual OEM partner. We are leading in terms of stepper as well as piezo motor driven technology, implementing closed loop control to ensure highest levels of repeatability.
For us, “zero drift” is not just an empty slogan – our stages are designed to remain stable on the sub-micron level for 24 hours. In addition, we provide a motorized upright microscope frame as well as micromanipulators.
The OpenStand® from Prior Scientific is a modular and fully customizable system for optical microscopy and imaging. It is an ideal development and prototyping platform for testing and proving novel optical techniques or imaging automation systems.
Zaber’s Nucleus modular automated microscope platform gives OEMs the hardware modules and free software tools to shorten their time to market while delivering high speed and high quality systems. The Nucleus platform enables OEMs to seamlessly transition from a fully featured R&D system to a highly optimized production-ready cellular imaging subsystem.
Nikon’s optical microscope frames product lines include upright microscopes, inverted microscopes, and stereo microscopes, providing versatile solutions for a wide range of applications.
The Ultimeyes Microscopy System brings high-performance microscopy imaging to users who previously relied on inflexible, off-the-shelf instruments. Affordability is achieved through focus on the functionality required by the future user.
The Ultimeyes Microscopy System is an ideal OEM platform for quickly turning your imaging innovations into a market-ready high-performance product.
Chroma Technology Corp. is a leading manufacturer of optical filters and related products that serve the scientific and technical communities. Our mission is to provide the best products and solutions for our customers’ ever-changing needs. To that end, we develop lasting relationships with our customers by providing applications expertise and exceptional customer service.
Microscopy Filters
Chroma Technology Corp’s optical filters for Fluorescence Microscopy are revolutionizing research. Precisely separating fluorescence signals from excitation light, these filters provide exceptional image quality and sensitivity.
Precision-engineered optical filters designed for the Life Science Instrumentation and Biophotonics industries. These advanced filters enable enhanced imaging and light analysis, empowering researchers and professionals to gain deeper insights into biological processes.
Advanced optical filters for the Machine Vision and Color Vision industries. These precision-engineered filters enhance image processing and color discrimination tasks, providing exceptional clarity and efficiency.
Optical filters for the remote sensing and astronomy markets. By selectively transmitting or blocking specific wavelengths of light, Chroma’s sophisticated filters empower astronomers and remote sensing specialists to uncover the mysteries of the universe and monitor Earth’s features from space.
Nikon’s high-performance fluorescence filter cubes deliver precise signal detection for advanced research. With exceptional fluorescence acquisition efficiency, they support imaging across a wide range of fluorophores and fluorescent proteins.
Prior Scientific’s filter wheels are designed to provide rapid and precise control over illumination for accurate imaging in a wide range of applications including fluorescence and bright field microscopy. They are compatible with most microscopes available on the market.
Zaber’s high-speed filter wheels are easily integrated into larger optical systems. Their built-in controllers can daisy chain to other Zaber devices while the easy-to-use API simplifies software integration.
PeCon GmbH specialises in cell and tissue culture systems on the microscope. Our company, based in Erbach, Germany, is one of the world’s leading manufacturers of high-quality products for live cell imaging and microscope incubation chambers (‘Stage Top Incubators’ and ‘Large Chamber Incubators’).
Our devices enable scientists around the world to provide their cells with the environmental conditions they need for optimal growth and analysis of cell biological processes during microscopic observation. We offer a wide range of products to control all known and important parameters for successful cultivation of different cell types and tissues under the microscope.
Okolab is a leading manufacturer specialising in temperature control systems for microscopy applications and are well-known for developing high-quality, precision-controlled incubators designed for live cell imaging.
Okolab offers a wide range of products, including stage-top incubators, microscope enclosures, and environmental chambers, ensuring stable conditions for live cell imaging over extended periods. Our expertise lies in creating reliable and user-friendly solutions that maintain optimal temperature, humidity, and CO₂ levels for biological samples, making them a trusted partner for researchers and laboratories worldwide.
At Akrima, we specialize in the design, prototyping, and manufacturing of high-end optical add-ons for microscopy setups – offering new features and expanded possibilities for advanced imaging.
In addition to our own product line, we excel in part manufacturing and are proud to supply high-quality, custom-made OEM components for other companies and assist in prototype and product development.
CoolLED’s OEM LED technology is centred on the Amora Series: our proven off-the-shelf product range adapted to offer unparalleled customisation opportunities.
This provides you with an efficient and low-risk solution, while also addressing the specific needs of your application.
Our motorized focus drives offer excellent precision, speed and repeatability to provide a complete focusing solution for life science and industrial applications. From our easy-to-install bolt-on focus drive to our market-leading piezo devices, almost any application can be catered for.
Mosaic3 is a DMD based device that integrates with most microscope stands for optogenetics, FRAP and photoswitching and conversion studies. Use with LED light sources, or suitable laser sources for real-time complex or multi-region illumination.
MicroPoint 4 is a high-speed galvo scanning laser device ideal for targeted DNA damage, ablation and FRAP in live cells that require higher power densities. Compatible with most microscope stands from the main manufacturers.
CrestOptics S.p.A. is a leading company in the development and manufacturing of advanced systems for fluorescence microscopy. Thanks to our strength in R&D and engineering, we specialize in supporting the research community, biotech, and pharma industry with custom solutions tailored for ever-changing demands, paying special attention to customers’ needs and scientific applications.
We lead the way with our industry-leading spinning disk confocal series (such as the X-Light V3 and X-Light V2) as well as our CICERO and DeepSIM systems,
At Confocal.nl, we are dedicated to empowering life science researchers by providing our cutting-edge REscan confocal imaging technologies for breakthrough discoveries. REscan confocal microscopy is designed to respect the cells enabling live cell imaging deep into the sample as well as imaging of sensitive biological samples.
Our Super-Resolution Point REscan Technology allows researchers to surpass the diffraction limit in live cell imaging, using only nanowatts of power for minimal phototoxicity.
Our ultra-fast Line REscan Technology is designed to capture rapid dynamics within samples, revealing more details at significant depths, under exceptionally gentle conditions.
At Akrima, we specialize in the design, prototyping, and manufacturing of high-end optical add-ons for microscopy setups. Our λ2-ImageSplitter provides a user-friendly solution for simultaneous dual-channel imaging on a single camera chip, offering new features and expanded possibilities for advanced imaging.
In addition to our own product line, we excel in part manufacturing and are proud to supply high-quality, custom-made OEM components for other companies and assist in prototype and product development.
Zaber’s microscope modules provide easy-to-integrate solutions for developing custom imaging, sample positioning, environmental control, and illumination subsystems. Custom OEM modules are available upon request from our in-house custom engineering team.
Nikon offers a wide range of microscopy components to meet diverse optical needs, compatible with both Nikon and third-party imaging systems for unique experimental setups.
MAICOⓇ MEMS confocal unit is easily installed on inverted microscope to achieve confocal fluorescence imaging. This compact, bench-top unit does not require any other devices such as cameras, filters or lasers to function.
As an entry-level model, or as a sub-model of a high-end confocal fluorescence microscope, MAICO makes confocal fluorescence imaging more accessible.
The Ultimeyes Microscopy System brings high-performance microscopy imaging to users who previously relied on inflexible, off-the-shelf instruments. Affordability is achieved through focus on the functionality required by the future user.
The Ultimeyes Microscopy System is an ideal OEM platform for quickly turning your imaging innovations into a market-ready high-performance product.
With over 100 years of expertise in optics, Nikon objectives are precision-crafted to deliver exceptional clarity and optical performance. The highest level of image quality can be achieved whether it be for routine tasks or cutting-edge research.
Our products are globally supported by an experienced network of distributors for our branded products, and integrated into prestigious, highly complex equipment through OEM custom design or as components. We enhance other companies’ product offerings through our deep expertise in optics, precision mechanics, and innovative electronics. With over a decade of successful integrations and product developments, our dedicated team transforms concepts into market-ready technological solutions across diverse application fields.
With over 100 years of experience in developing optical technology, Nikon offers a wide range of components that can fulfill almost any optical requirement. For detailed specifications including dimensions and transmission information, check our website.
Prior Scientific’s motorized XY stages and translation stages ensure high-precision automated positioning for a range of life science and industrial applications. We offer a 5-year warranty for all our stages. A full customization service is also available.
Queensgate’s high-speed, high-performance nanopositioning stages provide millisecond response times and sub-nanometer resolution. Suitable for demanding ultra-precision applications such as hard-disk drive inspection, interferometry, mirror positioning, and high-precision microscopy.
We design and manufacture high-performance stages suited for integration into many types of imaging systems, including novel advanced microscopes. These stages can be both off-the-shelf and custom made for an individual OEM partner. We are leading in terms of stepper as well as piezo motor driven technology, implementing closed loop control to ensure highest levels of repeatability.
For us, “zero drift” is not just an empty slogan – our stages are designed to remain stable on the sub-micron level for 24 hours. In addition, we provide a motorized upright microscope frame as well as micromanipulators.
Zaber’s XY microscope stages deliver proven and reliable performance. Built-in drivers and controllers, and an easy-to-use API simplify mechanical, electrical and software integration.
Looking for ultimate performance? Zaber’s X-ADR linear motor stages achieve exceptional repeatability and speed, and proven industrial reliability for 24/7 operation, making them ideal for high throughput and high-speed applications including TDI line scan imaging.
Nikon designs and produces precision-engineered stages to ensure smooth and accurate sample movement, enabling seamless changes in viewfields during observation. Built with exceptional craftsmanship, Nikon stages support reliable and consistent performance for a variety of imaging applications.
The list of companies included in The OEM Network is provided solely for informational purposes and as a potential starting point for your research. CoolLED does not personally endorse, recommend, or vouch for the quality of services provided by any of these companies, as we have not worked with all of them. We encourage you to conduct your own due diligence to ensure any selected company meets your specific needs and standards.
If there is more than one company in a particular product segment, they are listed in order of when they joined The OEM Network.
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