Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
46～60 item / All 60 items
Wavelength, angle of incidence, and ratio can be customized according to requirements, and can be produced from ultraviolet to near-infrared.
A beam splitter can separate the polarization components and intensity of light into two directions through reflection and transmission. There are prism-type and plate-type beam splitters.
We will resolve issues such as "separation ratio bias," "polarization bias," and "ghost images" in existing products.
Are you experiencing any issues with existing half mirrors or beam splitters? Depending on the application, it may be difficult to find a solution with commercially available products. We can offer product proposals utilizing our expertise in custom specifications! 《Examples of issues》 "Separation ratio bias," "polarization bias," "ghost images," etc. ◆◆◆ Half Mirror ◆◆◆ Divides light in a 50%:50% ratio For microscope optical systems, FA measurement devices, lighting systems, etc. ◆◆◆ Beam Splitter ◆◆◆ Divides light in arbitrary ratios such as 70%:30% ● Wavelength range: 220-2400nm ● Incident angle: centered at 45 degrees (0° to 180° adjustable) ● Separation ratio: 1-99% (customizable)
We will perform "separation" and "equal division" of the polarized components of light.
◆◆◆ Polarizing Beam Splitter ◆◆◆ Application: Separates polarized components into P-wave and S-wave. Used in measurement devices and analytical instruments. ◆◆◆ Non-Polarizing Beam Splitter ◆◆◆ Application: A BS that does not separate PS waves (divides both PS waves in equal ratios). Used in microscope optical systems and measurement devices. ◎ Used in a wide range of applications such as illumination optical systems, projection optical systems, image processing, and cutting-edge research. ◎ Please consult us about the performance and applications you wish to achieve. We will propose the optimal product based on your application/wavelength. ◎ Various types available, including filter type, mirror type, and prism type. ◎ Design proposals can be made considering the effects of polarization and other factors. ------------------------------------------------ If you send us an email, we will provide samples and materials for your consideration. Contact Kato at h-kato@taisyou-op.co.jp.
It is made by coating metal materials very thinly or by multilayer coating dielectric materials.
A "beam splitter" is an optical element that divides light into two parts and is also referred to as a half-mirror. Some of the light incident on this product is reflected, while some is transmitted, resulting in the division. Those that can separate polarized components are called "polarizing beam splitters" and are used in optical pickups, liquid crystal projectors, optical communication devices, and more. 【Main Products】 ■ BD, DVD, CD ■ Office equipment ■ Liquid crystal projectors ■ MR, VR, AR *For more details, please refer to the related links or feel free to contact us.
Achieves a reflectance difference between S-polarized light and P-polarized light of less than 5% (customizable down to 1%).
Manufacturer: Optoman (Lithuania) Fixed beam splitter cubes often fail in high-power laser applications due to epoxy layers and coatings. Optoman offers a dielectric non-polarizing beam splitter plate that does not depend on the polarization of the incident beam. ◆ S-polarized and P-polarized component matching rate of 5% or less ◆ Achieving reflection and transmission of S-polarized and P-polarized light with a tolerance of 5% or less essentially makes this product polarization-independent. While the typical tolerance is 5%, for even stricter specifications, Optoman can provide a tolerance of less than 1% for S-polarized and P-polarized light. ◆ Back AR coating for ghost removal ◆ The front surface is coated with a multi-layer dielectric coating, while the back surface is also AR coated to minimize reflection loss and eliminate ghosts. With cutting-edge IBS coating technology, we achieve excellent features such as high damage threshold, low absorption, low scattering, and long lifespan. OPTOMAN can propose custom products tailored to your needs.
Non-polarizing cube beam splitter for the 400-700 nm or 700-1100 nm range for broadband use.
The non-polarizing broadband cube beam splitter consists of two right-angle prisms joined at a partially reflective surface on the internal face. The four sides of the beam splitter cube are coated with broadband anti-reflective coating, designed for the ranges of 450–700 nm or 750–1100 nm. - Made of BK7 - Cement for low power applications - Typical damage threshold: > 0.1 J / cm², 10 Hz @ 1064 nm - Broadband anti-reflective coating: R < 1% @ 450-700 nm, or R < 1% @ 750-1100 nm The cube has a 50:50 split ratio and is available in four different sizes. The product is offered either mounted in an M2P mount or without a mount.
99.9% of laser beams are transmitted! A beam splitter suitable for absolute power measurement.
The "LBS-300HP-NIR" is a beam splitter for high-power lasers. It is suitable for absolute power measurement as it transmits 99.9% of the laser beam. It provides uniform attenuation for various laser shapes (Gaussian, top hat, donut, etc.) while maintaining the polarization and overall profile of the incident laser beam, offering an accurate sample of the incoming beam. 【Features】 ■ For high-power lasers ■ Capable of measuring the laser beam after it has been reduced to 0.1% (1/103) ■ Can measure beam shape, focus, beam waist, and M2 of high-power lasers up to 5kW or 15MW/cm² ■ Accessories with a 1-inch lens tube, such as beam dumps, can be directly attached *For more details, please refer to the related link page or feel free to contact us.
Short delivery time with stock sales! All items available for sale from just one piece.
Edmund Optics offers a wide range of polarizing beam splitters, including plate-type, cube-type, and trapezoidal-type. Plate-type beam splitters provide optimized performance for use at ultraviolet, visible, or infrared wavelengths, with a large selection available in various sizes. Cube-type beam splitters are ideal for applications that require durability and ease of use during mounting or system integration. Trapezoidal beam splitters are designed to separate the incident beam into two parallel beams. Polarizing beam splitters are available that are designed for general laser wavelengths and wavelength ranges. For more details, please visit the official Edmund Optics website via the link below.
Cube-type dielectric non-polarizing beam splitter for controlling laser light sources optimized for arbitrary wavelengths.
This is a cube-type polarization-independent beam splitter designed for controlling laser light sources that emit at specific wavelengths and outputs. While the effective wavelength range is broad, the difference in transmission characteristics for P and S polarization is controlled within 3%, and the beam deviation angle (transmission angle) can be manufactured within 2 minutes to reduce beam misalignment. By applying an AR coating (anti-reflective film) optimized for the specified wavelength range, the transmission efficiency can be maximized, and by applying a black coating treatment, unwanted reflections (stray light) can be eliminated, addressing glare and ghosting issues. It can be designed for any control wavelength, such as for a 532nm diode laser (semiconductor laser), a 632.8nm helium-neon (He-Ne) laser, or a 1064nm neodymium-doped yttrium aluminum garnet (Nd:YAG) laser. It is widely used in fields such as semiconductor manufacturing equipment and automatic optical inspection devices for line irradiation, position detection, and optical processing in machining and measurement instruments.
Japan Vacuum Optics, meeting various optical needs.
Light can be separated in two directions by reflection and transmission.
Fixed ratio cube beam splitter designed for 355nm or 532nm.
The fixed ratio cube beam splitter consists of two right-angle prisms joined at a partially reflective surface on the internal face.
Short delivery time with stock sales! All items available for purchase from just one piece.
Edmund Optics has a large inventory of optical components, including a series of cube beam splitters available for stock sale. Edmund Optics' cube beam splitters come with options for anti-reflective coatings designed for widely used laser wavelengths and wavelength ranges, offering optimized performance in the visible and infrared spectrum. Standard cube beam splitters, commonly used in lighting and prompter equipment assemblies, separate light in proportion to the overall intensity. Cube polarizing beam splitters, ideal for semiconductor and photonics applications, separate unpolarized light into s and p polarization states. Unpolarized cube beam splitters separate light without affecting the polarization state of the incident light. Edmund Optics' cube beam splitters can be easily implemented into optical systems using various types of prism holders and adapters for cube beam splitters. For more details, please visit the official Edmund Optics website via the link below.
Thank you very much for attending! The distributed materials during the event are now available! If you haven't seen them yet, they are a must-see!
The "9th Advanced Surface Technology Exhibition and Conference 2014," held from January 29 (Wednesday) to 31 (Friday), has successfully concluded with great success, thanks to everyone! We sincerely thank all those who visited our booth! Finally! The exhibition materials are now available on Ipros! For those who could not attend the exhibition, or those who attended but did not receive the materials, this is a must-see! We also welcome any questions, consultations, or requests for estimates regarding the materials, so please feel free to contact us at the phone/FAX number or email address below! [CBC Optex] TEL: 03-3764-2271 FAX: 03-3764-2267 E-mail: info@cbcopt.co.jp 143-006 9th Floor, Asahi Beer Heiwajima Building, 6-1 Heiwajima 5-chome, Ota-ku, Tokyo
Polarizing beam splitter excellent for laser applications.
This is a polarizing beam splitter that exhibits excellent performance for laser applications. The inner surface of the beam splitter on the cube is coated with a polarizing film, utilizing the polarization generated by reflection that is shifted by 90 degrees. It can be optimized for specific wavelengths to achieve outstanding performance for laser applications.
Non-polarizing cube beam splitter designed for 532nm.
The unpolarized cube beam splitter consists of two right-angle prisms joined by a partially reflective surface on the internal face. All dielectric coatings of the unpolarized laser beam splitter are optimized to be insensitive to polarization at the designed wavelength. The coatings maintain both S-polarized and P-polarized components so that the ratio of reflection to transmission is the same across a specific laser wavelength range.
