It designed with a chromatic aberration correcting lens group, the same collimator is applicable to both visible light and near-infrared wavelengths, with similar beam size and Hight divergence angles at the same working distance. The laser telemetry optical module can couple visible light and near-infrared light into a single fiber through a dual-wave-length coupler, Duning operation, the indicator light and the signal can simultaneously illuminate, and the indicator light accurately points to the position of the signal light, facilitating precise detection. This provides an optimized solution for further miniaturization and lightweight of portable telemetry devices
Premium Coaxial Telemetry Design: Optimizing Long-Distance Performance
Featuring a coaxial lens configuration and high-purity optical fibers, our Telemetry Coaxial Fiber Collimator achieves an ultra-low beam divergence (<0.25mrad) to minimize beam spread over long distances. The coaxial design aligns the fiber core with the lens's focal point, maximizing light collection efficiency and signal strength at extended ranges (up to 1000m+). The collimator supports a broad spectral range of 350-2300nm, covering UV, visible, NIR and extended NIR bands for diverse telemetry applications. The optical path is optimized to reduce atmospheric scattering effects, enhancing signal-to-noise ratio for long-range detection.
Precision manufacturing process:
Ensuring the stability of telemetry Our Telemetry Cofocal Fiber Collimator is manufactured using precision optical processing and hermetic encapsulation technology. The cofocal lens system is aligned with sub-micron accuracy to ensure optimal beam collimation and collection efficiency. The lens surfaces feature broadband AR coating, Ultraopto’s Telemetry Cofocal Fiber Collimator features outstanding long-range stability with beam divergence controlled below 0.25mrad, ensuring minimal beam spread over 1000m+. The collimator achieves low insertion loss (≤0.3dB) and high return loss (≥60dB), reducing reflection loss to below 0.3% per surface and enhancing overall transmittance.
It is encapsulated in a rugged, weather-resistant housing with IP67 protection, ensuring reliable operation in harsh outdoor and aerospace environments. The fiber connector is reinforced with vibration-damping structures to maintain pointing stability (<0.5mrad) during long-range operation. Core performance advantages: suitable for long-distance telemetry scenarios. minimizing signal attenuation in long-range systems. It features high optical power handling (up to 10W) and resistance to electromagnetic interference, critical for aerospace and defense applications. The device operates reliably across a wide temperature range (-40℃ to 85℃) and meets military-grade vibration and shock standards. The cofocal design enables both collimation and reverse coupling, enhancing versatility for telemetry and remote sensing.
Full-scenario application coverage:
Empowering remote detection devices Our Telemetry Cofocal Fiber Collimator is widely applied in aerospace, defense and industrial fields. In laser telemetry and distance measurement systems, it provides precise long-range collimation for accurate distance calculation. For remote sensing and environmental monitoring, it enables data collection over large geographic areas with high signal integrity. In aerospace navigation and satellite communication systems, it ensures reliable long-range optical signal transmission. The collimator also finds use in long-range security monitoring, laser radar (LIDAR) and industrial remote inspection, delivering reliable performance for diverse long-range telemetry applications.
Customized Services: Meeting Personalized Needs
As a leading manufacturer of long-range optical components, Ultraopto provides fully customized Telemetry Cofocal Fiber Collimator solutions to meet your unique application requirements. Our professional R&D team can tailor key parameters including operating wavelength (350-2300nm), beam divergence (<0.25mrad customizable), transmission distance (optimized for 1000m+), and more. fiber type (SM/MM) and connector type. We support custom housing designs for specialized environments (aerospace, marine) and can optimize the collimator for specific atmospheric conditions. All custom collimators undergo multi-stage strict quality inspection, including long-range beam testing, signal-to-noise ratio measurement and environmental resistance assessment, with a detailed quality report provided.
Quality Assurance and Technical Support:
Your Trusted Choice Backed by advanced telemetry optical technology and a complete quality control system, Ultraopto ensures stable batch supply and consistent product quality. Our production processes adhere to international aerospace and optical standards, with each collimator subjected to rigorous testing using long-range laser measurement systems. We provide professional technical consultation on collimator selection, long-range system design and performance optimization, helping you achieve optimal results for your telemetry application. Whether you need standard collimators for LIDAR or custom solutions for aerospace navigation, Ultraopto’s Telemetry Cofocal Fiber Collimator delivers exceptional value and reliability.
For more detailed technical parameters, product quotation information or custom design solutions for our Ultraopto Telemetry Cofocal Fiber Collimator, please contact our professional sales and technical team through the official website, and we will provide you with efficient, personalized and professional optical solutions.
