-
Product Recommendation | Large-Field Industrial Microscope Objectives
Objective Introduction Wavelength Opto-Electronic’s large-field industrial microscope objectives are manufactured with high-quality optical glass and anti-reflection coatings, significantly improving light throughput. The plan apochromatic design delivers crisp imaging details and high contrast. ...Read more -
Product Highlight: Laser Heating for Semiconductor Wafer Annealing
Wafer annealing is a critical process in semiconductor manufacturing, encompassing dopant activation, lattice restoration, and ultra-shallow junction (USJ) formation. Conventional furnace annealing and rapid thermal processing (RTP) suffer from high thermal budgets, poorly controlled dopant diffu...Read more -
Product Recommendation: White Light Interferometer – Nano Non-Destructive Surface Measuring System
The inspection of surface roughness, step height and thin film thickness on semiconductor wafers, precision optical lenses and coated components directly determines production yield. Traditional contact probe scanning easily scratches delicate samples, while ordinary optical measuring equipment c...Read more -
Triple Wavelength Achromatic F-theta Lens
Product Recommendation | Triple Wavelength Achromatic F-theta Lens Standard laser scan lenses are typically designed for a single wavelength—switching to a different laser results in focal shift, blurred spots, and blurred marking. Dual-band scan lenses can only correct chromatic aberration betwe...Read more -
Temperature-Controlled Galvanometer Scanning Welding Head
The Temperature-Controlled Galvanometer Scanning Welding Head is a specialized optical processing accessory designed for precision laser welding of thermally sensitive components. Engineered for high-precision, temperature-controlled laser welding applications, it effectively addresses the challe...Read more -
Infrared Continuous Zoom Lens
Infrared Continuous Zoom Lens In fields such as electro-optical detection, security surveillance, industrial inspection, and aerial reconnaissance, fixed focal length infrared lenses can no longer meet the operational demands of omni-directional observation across varying distances, dynamic scen...Read more -
Planar Water-Cooled Reflective Copper Mirror
Planar Water-Cooled Reflective Copper Mirror The planar water‑cooled reflective copper mirror is an optical element that operates on the principle of light reflection. It redirects the incident laser beam in different directions to enable beam delivery and focusing. The integrated water‑cooling d...Read more -
Product Recommendation: Diffractive Optical Elements (DOE)
Product Recommendation: Diffractive Optical Elements (DOE) I. Working Principle By using microstructures to modify the transmission phase of light waves passing through the diffractive optical element, the incident light is further phase-modulated so that light is distributed into different diffr...Read more -
Precision Glass Molding Aspheric Lenses Drive Miniaturization and High Performance in Optical Systems
The Precision Glass Molding Aspheric Lens is a high-performance aspheric optical component produced by molding optical glass preforms under high temperature and pressure using ultra-precision molds. It is a core enabler of miniaturization, lightweight design, and high performance in modern optica...Read more -
LWIR Zoom Lenses for Industrial and Security Applications
Long-Wave Infrared (LWIR) zoom lenses have become indispensable tools in modern industrial and security systems. Their unique ability to capture thermal information in a wide variety of conditions makes them ideal for applications that require precision, reliability, and adaptability. In this ar...Read more -
Plano-Concave and Plano-Convex Lenses: 2024 Guide to Their Optical Properties and Applications
1. Introduction Wavelength Opto-Electronic Plano-Concave & Plano-Convex Lenses In the realm of optics, plano-concave and plano-convex lenses stand out as fundament...Read more -
What Are Aspheres? Utilizing Aspheres In Optical Systems
Aspheric lenses, also known as aspheres, have emerged as a key player in optics, reshaping the way we perceive and capture the world. Unlike traditional spherical lenses, aspheres introduce a new level of precision and clarity in optical design. 1. What are Aspheres? Aspherics deviate from the s...Read more