Optogama, UAB (Lithuania)
Optogama (Lithuania)
A high-tech laser and optics manufacturer that consistently designs and implements optical technologies optimized for practical applications, centered around eye-safe lasers.
ISO9001 certification
Optogama is a photonics manufacturer that pursues laser and optical technologies for use in human environments, primarily for LiDAR, distance measurement, sensing, and analysis applications.Transforming laboratory-level performance into "usable quality" for real-world applications. We handle everything from design and development to manufacturing, and our products are used in over 20 countries worldwide.
Please contact the import agency Taihei Boeki for details.
(Optical Devices Section)
Laser Optics Optogama
Optogama is a specialized optical technology manufacturer that leverages its advanced technical capabilities in the laser and optics fields to provide a comprehensive range of services, from optical design and laser development to crystal material development, precision optical component manufacturing and coating, measurement and quality assurance, and even optical mechanism design and machining. We meet customer requirements with highly customizable solutions, from research and development applications to industrial applications.
Optical Mechanical Engineering
We provide custom solutions, primarily in optical and mechanical design, including development based on functional requirements and application-specific optimization.
Optical design
We provide design, development, and individual optimization solutions for optical systems that can handle low to high power outputs and achieve diffraction-limited performance.
Development and reprocessing of laser crystal materials
We provide crystal growth services for laser crystals, passive Q-switched crystals, nonlinear crystals, photorefractive crystals, and Raman crystals, as well as development of custom laser media and optical modules, and crystal refurbishment services.
Laser development
We provide design, development, manufacturing, and mass production support for flash lamp-pumped and diode-pumped solid-state lasers, as well as customized solutions for various applications.
Measurement and Quality Assurance
We provide quality assurance and evaluation solutions based on state-of-the-art measurement technology for laser and optical components.
Laser optical component manufacturing
We manufacture high-precision optical components, various laser crystal materials, and optical assemblies.
Machining Workshop
In addition to precision metalworking, we offer comprehensive machining and surface treatment services for optical and laser component manufacturing, including anodizing, various blasting processes (sand/glass), barrel polishing, engraving, and vacuum cleaning.
Optical coating service
We design and manufacture custom optical components optimized for coating performance and cost-effectiveness, including optical thin-film design based on required performance for laser and machine vision applications.
Product List Optogama
Laser optics components and beam control optics products
Optogama's laser optics components and beam control optics products are high-precision optical solutions designed for research and industrial lasers. A diverse range of products, including beam expanders, attenuators, polarizing optics, laser mirrors, and optical filters, provide precise control over beam diameter, polarization, power, and wavelength characteristics. Compact, highly reliable, and suitable for a wide range of laser systems from research and development to industrial applications, Optogama's solutions offer high precision.
| Ultra-high-speed laser shutter Ultrafast Laser Shutters This laser shutter achieves high-precision laser beam blocking through ultra-fast switching of 500µs. Its non-dispersive optical configuration supports a wide wavelength range from UV to IR and high-power lasers up to 200W. It provides stable beam blocking performance in high-power, ultrashort pulse laser applications. |
| Electric Polarization Rotator (MRO) Motorized Polarization Rotators This motorized polarization rotator precisely controls the polarization state of a laser beam through high-resolution microstepping. It supports a wide wavelength range from 250nm to 2000nm and, despite its compact design, can be integrated into a wide range of laser systems, from research to industrial applications. Its high LIDT design provides stable polarization control performance even in high-power, long-duration operating environments. |
| Flat-top converter (FTC) Flat-Top Converters This motorized flat-top converter enables high-speed switching between Gaussian and flat-top beams. It supports a wide wavelength range of 250nm to 2000nm and achieves highly efficient beam profile conversion with a simple configuration that requires no additional optics. Its high LIDT design provides stable beam quality and reliable operation even in high-power laser environments. |
| Laser Power Attenuator (LPA) Laser Power Attenuators This is a motorized laser power attenuator capable of high-precision control of laser output. It supports a wide wavelength range from 250nm to 2000nm and is designed for large-diameter beams, making it suitable for a wide range of laser applications. Its high LIDT design provides stable and reliable output control performance even in high-power laser environments. |
| Laser beam expander Laser Beam Expanders This beam expander expands the diameter of a laser beam (and can also be used as a reducer to reduce its diameter), optimizing beam quality and focusing performance. With a wide range of models including motor-driven, manually adjustable, and fixed-magnification types, it caters to a broad range of applications, from research and development to industrial use. High-precision optical design ensures high directional stability and diffraction-limited performance, providing stable beam control even in high-power laser environments. |
| Laser Mirror Laser Mirrors Laser mirrors are optical components that reflect, split, and control the optical path of laser light, playing a crucial role in optical path design and laser resonator configuration. We offer a lineup of mirrors optimized for various applications, including single-wavelength, broadband, multi-wavelength, and ultrashort pulse applications, supporting a wide range of laser systems from research to industrial use. |
| Polarizing optical elements Polarization Optics Polarizing optical elements are optical components used to control the polarization state of light. They selectively transmit or reflect specific polarization components from incident light, thereby separating, combining, and converting polarization. They are widely used in laser optics and optical measurement fields. This product line includes waveplates and various polarizers, enabling polarization control tailored to specific applications and wavelength ranges. |
| Optical filter Optical Filters Optical filters are optical elements that control the intensity and wavelength characteristics of light. They are used in lasers and optical systems to remove unwanted light and optimize signals. Our product lineup includes absorption ND filters, bandpass filters, and variable ND filters to meet the specific needs of your application. |
| Accessories for beam delivery devices Beam Delivery Accessories These accessories support the construction, adjustment, and optimization of laser beam delivery systems. They assist with beam alignment, visualization, control, and monitoring, ensuring stable optical performance and beam quality. By combining them with various beam delivery devices, it is possible to construct highly accurate and flexible optical systems. |
Laser crystals, nonlinear crystals, Q-switched crystals
Laser crystals, nonlinear crystals, and Q-switched crystals are crucial optical materials for realizing laser oscillation, pulse control, and wavelength conversion. High-quality crystal materials and precision processing techniques ensure stable laser output and highly efficient optical conversion performance. We cater to a wide range of applications, from research and development to industrial use, and can accommodate custom specifications and coatings.
| Laser Crystal Laser Crystals Laser crystals are optical materials that function as optical amplification media for solid-state lasers, determining their oscillation wavelength and output characteristics. Through doping with elements such as Nd, Yb, and Er, they can accommodate a wide range of wavelengths from visible to infrared.Featuring high optical quality and thermal properties, it is applicable to various applications such as processing, medical, and LiDAR, and various customizations are also available. |
| Passive Q-switch crystal Passive Q-Switch Crystals Passive Q-switched crystals are optical materials that enable pulsed oscillation in solid-state lasers without the need for external control. Our lineup includes Cr:YAG, V:YAG, and Co:Spinel, supporting lasers in the 1µm to 2µm range.Suitable for applications such as machining, LiDAR, and rangefinders, and various customizations are also available. |
| Nonlinear crystal Nonlinear Crystals Nonlinear crystals are optical materials that perform wavelength conversion of laser light. Through nonlinear optical processes such as SHG and OPO, they can handle a wide wavelength range from ultraviolet to infrared.It boasts excellent phase matching characteristics, nonlinear coefficients, and laser damage resistance, making it widely used in processing, measurement, and research applications. We also offer various customization options. |
| Raman crystal Raman Crystals Raman crystals are optical materials that utilize stimulated Raman scattering (SRS) to convert the wavelength of laser light. By interacting with the pump light, they generate Stokes light and anti-Stokes light, enabling highly efficient wavelength conversion without the need for phase matching.When combined with a solid-state laser, it can generate wavelengths from ultraviolet to near-infrared, making it suitable for applications such as spectroscopy, measurement, and laser processing. Customization options are also available. |
| Photorefractive crystals Photorefractive Crystals Photorefractive crystals are optical materials that utilize the photorefractive effect, in which the refractive index changes locally depending on the light intensity distribution. Interfering light forms a refractive index distribution, enabling the recording and control of optical information.Used in holographic recording, phase-conjugate mirrors, and spatial light control, it is suitable for optical information processing and measurement fields. Customization options are also available. |
