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GoPhotonics has introduced an expanded range of Optical Lenses, bringing together high-performance solutions for machine vision, laser systems, LiDAR, and AR/VR applications. As optical technologies continue to advance, the demand for precise imaging, efficient beam shaping, and application-specific lens design has become increasingly critical.
The latest additions showcase a diverse mix of machine vision lenses for inspection, fused silica lenses for ultrafast laser applications, slow axis collimators for diode laser systems, and aspheric and near eye lenses for advanced imaging and display testing. These solutions offer improved optical accuracy, low distortion imaging, high transmission efficiency, and reliable performance across a wide range of industrial, scientific, and photonics applications, enabling engineers and researchers greater flexibility in system integration and performance optimization.
M1228-MPX - Machice Vision Lens for Inspection Applications
The M1228-MPX is a machine vision lens from Computar Optics Group designed for inspection tasks, offering a 12 mm focal length with an adjustable aperture range of F2.8 - F16 for flexible light control. It supports focusing from close range to distant objects and provides multiple angle-of-view options suited to different sensor formats, enabling adaptability across imaging setups. The lens maintains very low optical distortion across formats, ensuring accurate image reproduction, and supports high-resolution imaging down to 2 µm pixel size. Its design incorporates a floating mechanism for consistent optical performance, a click-type iris for precise manual adjustment, and enhanced rotational control for easier installation. Built with a rugged, vibration- and shock-resistant structure, it is suited for demanding industrial environments and integrates via a standard C mount, making it compatible with a wide range of machine vision systems.
PCV-F125-UVFS-25.4-CT2.0-AR548-AR548 - Fused Silica Optical Lens for First Harmonic Generation
The PCV-F125-UVFS-25.4-CT2.0-AR548-AR548 is an optical lens from OPTOMAN that operates at a wavelength of 1030 nm and is designed for first harmonic generation in Yb:YAG ultrafast laser systems. Made from UV grade fused silica, it provides high optical precision, efficient light transmission, and low reflectance with its anti-reflective coating. Its high laser damage resistance and durable construction make it suitable for demanding ultrafast laser applications.
SACA 1000 - Slow Axis Collimator Lens for LiDAR Applications
The SACA 1000 is a slow axis collimator lens from FISBA operates over a wavelength range of 790 nm - 990 nm and is designed to efficiently collimate the slow axis of multi-emitter diode laser arrays. It enables improved beam shaping and uniformity, which is critical for achieving consistent optical performance in high-power laser systems. The lens supports integration with multi-emitter configurations, allowing precise alignment and optimized light coupling. Its compact form factor makes it suitable for space-constrained designs, while its robust optical performance ensures reliability in demanding applications such as LiDAR, fiber laser pumping, disk laser pumping, and solid-state laser systems.
AL7560 - N-BK7 Aspheric Lens
The AL7560 N-BK7 is an aspheric lens from Thorlabs operates at a wavelength of 780 nm and is designed for high-performance collimation and focusing applications. Its aspheric design helps minimize spherical aberrations, enabling improved beam quality and efficient light shaping. The lens offers high numerical aperture for enhanced light collection and supports precise optical performance with low wavefront error and controlled surface irregularity. With high-quality surface finish and accurate centration, it ensures reliable imaging and beam control. This lens is well suited for applications requiring precise collimation, focusing, and beam shaping in advanced optical systems.
DJZ32-B01 - Near Eye Lens for AR/VR Production Line Testing Applications
The DJZ32-B01 is a near eye optical lens from Wavelength Opto-Electronic is designed for AR/VR production line testing, offering a wide field of view for accurate simulation of human eye perception. Its multi-element optical design enables precise imaging performance, making it suitable for detailed evaluation of display quality. The lens is compatible with C-mount cameras using 2/3 inch sensors and integrates with image processing software for automated inspection. It supports reliable measurement of key parameters such as MTF, distortion, field of view, field curvature, and relative illumination, making it well suited for assembly and quality control in AR/VR systems.
With their combination of precise imaging control, low distortion performance, and application-specific optical design, optical lenses featured on GoPhotonics address the growing demand for accurate light manipulation across modern photonic systems. By enabling efficient focusing, beam shaping, and high-resolution imaging, these lenses play a critical role in advancing applications such as machine vision inspection, laser processing, LiDAR sensing, AR/VR display testing, and ultrafast optical systems, supporting improved system performance, reliability, and integration flexibility.
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