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We present our cutting-edge X-ray imaging system, meticulously designed to meet the demands of diverse scientific X-ray applications, such as high-resolution micro-CT. Equipped with the latest sCMOS and CMOS sensors (Gpixel, Sony) that range in resolution from 15 to 151 Mpix. Radiation sensitivity is a key consideration in scientific imaging, therefore our system offers unparalleled flexibility in this regard by allowing users to adjust radiation sensitivity and energy ranges by employing a set of scintillator materials (GadOx:Eu, CSI) and various fiber optical plates (FOP) with different thicknesses. The optical configuration of our imaging system is equally versatile, offering both straight optics (FOP) and tapers (FOT) to accommodate various fields of view (FOV) - Crystal clear 14 and 16 bit/pixel images - Compact dimensions of just 63 x 63 x 46 mm and less - Sensitive full frame sensors with backside illumination for high QE

Featuring one of the largest sCMOS sensors available today, the Gpixel GSENSE6060 with 37.7 million 10 μm pixels and a 60 × 60 mm optical format. The MX377 camera delivers scientific imaging capabilities with high dynamic range and low noise – at high speed. Front- and backside illuminated versions are available that reach a quantum efficiency of up to 95%. The low noise performance is attributed to the sensor design and the Peltier elements with fan or liquid cooling backends. The high resolution, fast framerates and 16 bits depth are efficiently handled by PCIe

Extending the xiX camera series with a 32 Gbit/s backend allows the integration of the newest generation of Sony sensors. This product line-up offers large format sensors (150 Mpix, 66.7 mm diagonal) as well as the fast global shutter Sony Pregius™ S sensors, reaching the full sensor specifications at the smallest formfactor. An innovative housing concept with detachable sensor heads optimizes the integration into crowded instruments and the heat dissipation to improve the image quality. Reaching a resolution of 150 Mpix (14,208 x 10,656 pixels) and up to 2 fps pixels. - Highest resolution in XIMEA portfolio of cameras - up to 151 Mpix - Large format backside illuminated sensors from Sony: IMX455, IMX461, IMX411 - Readout of high-quality pictures with 12, 14, 16 bits of digitization - Remarkable bandwidth of 32 Gbit/s using PCI Express interface

Engineered for the smallest possible volume and weight, made with an advanced high-density manufacturing and assembly process. The xiMU cameras are the smallest cameras in our portfolio and even in the world of industrial cameras. All of the latest models come with a USB3 interface (USB-C, flex or micro coax cables) to support the full potential of sensor bandwidth and ensure simplicity of use. All this together with less than 5 grams weight and less than 1 watt power consumption, makes them also ideal for a plethora of embedded, mobile, and space-restricted applications, such as UAVs. - Miniature camera - Only 15 x 15 x 8 mm and mere 5 grams - High resolutions - From 5 Mpix models up to new 18 Mpix - Next level speed with more than 20 FPS at 18 Mpix - Low power consumption starting at under 1 watt

We design for performance! When it comes to custom engineering we work with you as a team in close collaboration. That is before, during, and after the job is done. If you aim to develop your project further we are always eager to assist you with a creative, rapid, and highly efficient OEM-design. Starting from scratch or using any existing XIMEA product as a seed, we provide services all the way up to full custom developments and manufacturing.

To sustain the high degree of camera performance, we expanded our portfolio by adding components and devices that facilitate a more holistic system assembly. All of our standard accessories are tested and verified for quality, fit, and performance. These are comple mented by task orientated, specialized components for multi-camera aggregation, signal multiplexing, synchronization, and the interconnection with various processing hosts. For embedded applications, compact computing solutions with dedicated carrier boards complete the system configuration

Meticulously engineered to deliver unparalleled performance and versatility, our latest scientific imaging systems are compact and highly sensitive. Utilizing advanced thermoelectric Peltier cooling, an impressive temperature reduction down to -25 °C can be achieved, enabling a minimal dark current of <0.6 [e-/s/pix at -20 °C], providing a stable imaging environment even in challenging conditions. In addition, our system's housing is carefully crafted from stainless steel and copper to enhance thermal stability and ensure durability. Indium seals further contribute to the long-term stability of the sensor chamber climate, providing a reliable and robust platform for your experiments. Customize your imaging setup with ease by choosing from a variety of lens mounts, including C-mount and M42-mount. - Scientific grade family of sCMOS sensors from Gpixel - Resolutions 4.2 Mpix and 15 Mpix - Includes versions with backside illuminated sensors

Knight Optical We offer Stock Polarisers used in the visible range in cameras/photography. We supply a range of Polarizer options for a range of applications. All individually QA checked and metrology tested for quality to ensure parts meet customer specification. Supplied in a range of sizes and shapes with custom coatings tailored to meet your individual applications. Linear Polarisation can be split into P-Polarised (Light where the electric field is Parallel to the plane of incidence) and S-Polarised (Light where the electric field is Perpendicular to the plane of incidence) light, where a polariser can be used to eliminate one plane of polarisation. This is done to decrease ‘glare’ (reflections on the surface) when an image is being taken, and increase the contrast. This is used often with cameras to obtain ‘better’ image quality at the expense of an image that appears slightly darker. For more information read the PDF….

Knight Optical offer a range of Stock N-BK7 Precision Grade Windows, for use with Thermal Imagining Cameras. Infrared radiation is characterised by the wavelengths ranging from 750nm to 1000µm. Although typically used for the visible range, N-BK7 does have transmission within the near infrared spectrum also. Where IR materials such as Germanium are limited to a small band in the IR spectrum, N-BK7 works well throughout the entire visible and into the NIR, making it a perfect material for a protective window for using within a Thermal Imaging Camera. A low cost material, it is perfect substrate for your protective window. We can supply both stock and custom N-BK7 windows to protect your thermal imaging application. The high optical quality and uniform transmission of N-BK7 as well as low absorption in the entire visible wavelength range is a key feature for this application. For more information read PDF

Knight Optical can offer you Stock and Custom Colour Glass Filters, for use within Inline Cameras in a range of materials of brands such as Schott, Kopp and CDGM. Depending on the achievable wavelength and desired affect you need for the Inline Camera we can find a suitable material for your application. Colour Glass Filters are good for selecting a particular wavelength to be absorbed so that the high out of band blocking in achieved. With regards to the use in Inline Cameras, Colour Glass Short pass Filters are more desirable as they cut out the IR wavelengths mean the imaging is not saturated with the IR giving the image better clarity. Colour Glass Filters are polished sheets of special glass that have been cast with a dye. Colour Glass Filters generally are relatively cheap and very stable. The disadvantage with them is that they are only available in a relatively small number of variants, and so can be restrictive in shortwave selection.  For More Info see PDF...

Knight Optical can offer you Stock and Custom Colour Glass Filters, for use within Inline Cameras in a range of materials of brands such as Schott, Kopp and CDGM. Depending on the achievable wavelength and desired affect you need for the Inline Camera we can find a suitable material for your application. Colour Glass Filters are good for selecting a particular wavelength to be absorbed so that the high out of band blocking in achieved. With regards to the use in Inline Cameras, Colour Glass Short pass Filters are more desirable as they cut out the IR wavelengths mean the imaging is not saturated with the IR giving the image better clarity. Colour Glass Filters are polished sheets of special glass that have been cast with a dye. Colour Glass Filters generally are relatively cheap and very stable. The disadvantage with them is that they are only available in a relatively small number of variants, and so can be restrictive in shortwave selection. Read PDF for more Information….

Automatic Number Place Recognition Cameras otherwise known as ANPRs; are camera devices designed to work at certain wavelengths (dependent on Country) to read a license plate’s number of a vehicle to then track it through a database to identify any criminal offences links to that car, such as uninsured; stolen; major and organised crime; and even terrorism. They are typically installed on motorways; busy roads around cities and towns; and also on police cars as well as specialised ANPR police vans. Knight Optical offers Colour Glass Filters for such an application, be it either long pass or bandpass filters. The wavelengths typically used by ANPR camera companies are: 695nm; 740nm; 810nm; 850nm; 910nm and 940nm Read PDF for more information

Our precision grade N-BK7 windows are often used to seal optical enclosures & act as a protective window for the optical and electrical component behind the window, particularly within CCTV and ANPR systems where there is a risk of damage. N-BK7 provides excellent transmission in the visible and near infrared spectrum which can be enhanced still with our Anti Reflective coatings. Our stock range of ¼ wave N-BK7 or equivalent windows are supplied either uncoated or with the option of an Anti-Reflective coating on both faces with extended BBAR for visible and NIR applications within the 450-900nm wavelength range. We can also offer custom solutions for your application, whether it is a custom size or a coating to optimise a different wavelength range, beamsplitter coated or mirror coated to meet your bespoke requirements. Read PDF for more data

Knight Optical offer a range of Stock Polarisers that can be used in the visible range for use with cameras/photography. Linear Polarisation can be split into P-Polarised (Light where the electric field is Parallel to the plane of incidence) and S-Polarised (Light where the electric field is Perpendicular to the plane of incidence) light, where a polariser can be used to eliminate one plane of polarisation. This is done to decrease ‘glare’ (reflections on the surface) when an image is being taken, and increase the contrast. This is used often with cameras to obtain ‘better’ image quality at the expense of an image that appears slightly darker. Knight Optical also keep stock a UV and NIR range of sheet polarisers, for use with cameras outside of the typical visible range. These Linear Polarisers are available with single-sheet transmissions in the range of 22-44% and also in a range of sizes. Read PDF for more information

Knight Optical can offer you Stock and Custom Colour Glass Filters, for use within Inline Cameras in a range of materials of brands such as Schott, Kopp and CDGM. Depending on the achievable wavelength and desired affect you need for the Inline Camera we can find a suitable material for your application. Colour Glass Filters are good for selecting a particular wavelength to be absorbed so that the high out of band blocking in achieved. With regards to the use in Inline Cameras, Colour Glass Short pass Filters are more desirable as they cut out the IR wavelengths mean the imaging is not saturated with the IR giving the image better clarity. Colour Glass Filters are polished sheets of special glass that have been cast with a dye. Colour Glass Filters generally are relatively cheap and very stable. The disadvantage with them is that they are only available in a relatively small number of variants, and so can be restrictive in shortwave selection.  For More Info see PDF...

Knight Optical has successfully launched a range of Stock Optical Domes for protective housing for Drone and Vision system cameras, where protection of electronic sensor systems and expensive fish-eye lenses from harsh liquid and gas environments is essential. A dome is essentially a window that has two parallel curves faces. Our domes are high quality with good form error polished faces to ensure high clarity and transmission in the Visible and NIR spectrums allowing for accurate measurement. Capabilities: Domes are readily mountable, optically clear and manufactured to a high standard. Available from 5mm to 200mm in diameter and 0.25 to 10mm in thickness offering high transmission and extreme toughness for harsh environments. For more details read the PDF ...

The xiB cameras stream images to the host computer via 4 lanes on a PCI Express Gen2 bus, boasting an impressive 20 Gbit/s of bandwidth. Together with minimal latencies and CPU load, the PCIe technology is ideal for high resolution CMOS sensors or sCMOS sensors with dual-ADC outputs. The active EF lens mount adapter enables the combination with a wide array of superb optics, with direct control over the aperture and focus. The use of optical fiber cables allows up to 100 m distances between cameras and host computer without performance penalty. - Fast bandwidth of 20 Gbit/s, real data throughput up to 1550 MB/s - High resolution from 12 Mpix to 50 Mpix and 30 to 133 FPS - Versatile mini camera - Subtle 60 x 60 x 36 mm, 160 grams - Long reach - Can work with optical cable at 300 m distances

The compact versions of our xiX PCIe interface camera series, equipped with the latest CMOS sensors, are the ideal choice for system integrators with complex setups and high bandwidth demands. Delivering high performance to small spaces and reaching greater distances, these cameras enable even the most challenging multi-camera systems. For the same form-factor and sensor options, but standard and easy-to-use USB3 interface, please consider the xiC camera family. - Smallest cameras with Sony CMOS Pregius™ - 26 x 26 x 31 mm - Full high-speed potential - 2.2 Mpix at 337 FPS to 65 Mpix at 71 FPS - Low power consumption starting with under 3 watts - Ideal for embedded vision - range of standard and OEM accessories - Lowest latency - PCI Express reduces the delay to almost non-existent

For isolating non-sterile camera cables which is taken into the sterile area during the surgical procedures (especially in endoscopic, arthroscopic and etc. surgeries), the probe cable which cannot be sterilized is passed through the sterile camera cover thus contamination risk from cables to the media and patient is removed. At the same time the device protects the cables from liquids dispersed into the media during the process. Manufactured under ISO 13485 Quality Management System standard. Camera cover can be produced with requested dimensions and below specifications Centralized hanger hall. Telescopically folded. Single layer thickness is 40 micron. Eight layer folding allows the cover to pass over the camera easier and faster. Compatible with all endoscopic cameras. Di­fferent sizes available.

The camera mounting adapter can be used on all Rolatube masts and tripods. It provides a 100mm (4”) spigot and incorporates a standard 6mm (0.25″) Whitworth screw for direct interface with a camera. System 100 masts System 75 masts System 50 masts System 50 tripods

Graphix is an all-in-one station for marking small to medium-sized parts. It uses fibre laser technology. It provides maximum safety for your operators. Its marking possibilities are multiple: alphanumeric characters, logos or Datamatrix. Its advantage? An intelligent software with a material database to make markings in only 2 clicks! Simply select the material of the part and the desired marking effect. This makes it possible to do away with the complicated settings required to carry out laser marking, and thus to make it accessible to everyone. But that's not all! Technomark has also developed a marking head with an on-board camera that allows the rendering and positioning of the marking on the screen. You no longer need to move the part to ensure that the marking is correctly positioned, it adapts to your part because everything can be controlled from the screen. Accessories are also available to meet all your needs: automatic door, rotating axis, side openings...

These parts are used for industrial camera accessories。

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Universal adapter piece for cameras on our articulated arms With standard ball joint for connection to camera thread 1/4" UNC, with cable feedthrough for camera cable or power supply. Cables can be laid through the articulated arm. Weight with spherical head: 100 g Weight without spherical head: 50 g Material: Adapter: Fine grade polyamide PA2200 Ball head: Alumiium Universal adapter piece for cameras on our articulated arms With standard ball joint for connection to camera thread 1/4" UNC, with cable feedthrough for camera cable or power supply. Cables can be laid through the articulated arm. Weight with spherical head: 100 g Weight without spherical head: 50 g Material: Adapter: Fine grade polyamide PA2200 Ball head: Alumiium

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

KO can offer Metallic Neutral Density Filters for use in Photographic Applications. We supply a range of Metallic Neutral Density (ND) Filters for a variety of applications – all individually QA checked and metrology tested for quality to ensure parts meet customers’ specifications. What’s more, our Metallic ND Filters are supplied in a range of sizes and shapes with custom coatings tailored to meet your individual applications. Our Metallic ND Filters reflect (with a metallic coating) light neutrally over a wavelength range (typically visual). They can be used to lower the intensity of light prior to the image plane. These are often used in photography, allowing photographers more flexibility with their setups to achieve desired effects. Often, an ND filter will be used in conjunction with a long exposure to prevent washed-out and overexposed images. They can also be used to add motion blur, reduce depth of field and to use a wider aperture. For more information read PDF…

Knight Optical offer a range of Stock Achromatic Doublet Lenses for use within Light Engines. Light engines are used for applications such as fibre optic lighting displays & in diagnostic tools like western blots & polymerase chain reaction systems. These Light Engines are typically able to produce changing colour displays. Within the light engine are a range of lenses & filters. The lenses help to homogenise and collimate the light, ensuring for a crisp high-quality beam output. Achromatic Doublets are typically used in light engine systems & correct for chromatic aberrations which exist in singlet lenses. This is when different wavelengths of light refract at different rates. The doublet lens helps to correct this by facilitating the focusing of the light to the same point. This is especially important in light engines which typically generate white light. Read PDF for more information