All Products

At VenusLab, our Light Sources portfolio is designed to meet the diverse needs of modern research and industry. From multi-channel LED modules to high-stability laser engines, each solution delivers precision, stability, and adaptability for your specific applications. Whether for advanced imaging, optogenetics, or fiber-coupled systems, VenusLab light sources ensure consistent performance to drive your innovation forward.

The VenusLab detector product series is core-positioned around the concept of "full-wavelength coverage, full-scenario adaptation, and high-precision output". It builds a complete product matrix spanning from basic optical signal monitoring to single-photon-level ultra-high-precision detection through 6 major segmented categories. Covering the full wavelength range from ultraviolet (185nm) to short-wave infrared (2500nm), with response speeds ranging from 50ns down to 1ns and detection sensitivity spanning from 0.1nW to the single-photon level, this series can meet the differentiated optical signal detection needs across multiple fields such as scientific research, industry, biomedicine, and security. It provides stable and accurate core sensing components for various light-related applications.

Centered on the core concept of "Precise Capture + Ecological Synergy", the VenusLab imaging product series covers the entire imaging wavelength range from ultraviolet (200nm) to short-wave infrared (2500nm). It builds a complete product matrix that spans from microscopic imaging to weak light signal visualization through 4 major segmented product categories.

The series can seamlessly interface with its detectors (such as single-photon counting modules and InGaAs detectors) and optical equipment, while boasting the combined characteristics of high resolution (up to 20 million pixels), high frame rate (up to 120fps), and low noise (dark current ≤ 1e-12 A). It meets the integrated needs of "imaging - analysis - recording" in fields including scientific research, industry, and biomedicine.

VenusLab's optical and fiber optic component products focus on high-precision optical signal regulation and transmission. They cover the entire chain from basic optical components to fiber optic integration solutions, and can form a synergistic effect with the company's own detectors, cameras and other products to build a complete optical system.

The VenusLab optomechanical products serve as the core carrier for supporting the stable operation of optical experiments and industrial optical systems, with "Full-Dimensional Regulation + High-Stability Support + Extreme Environment Adaptability" as their core value.They cover the full range of needs, spanning from "microscopic position alignment" to "macroscopic system construction", and from "normal temperature & conventional scenarios" to "high-low temperature/vacuum extreme scenarios".

These products can achieve seamless synergy with the company’s in-house detectors, imaging equipment, light sources, and other products, forming an integrated optical solution for "optical signal generation - transmission - regulation - detection". They provide precision mechanical control capabilities ranging from the micrometer to nanometer scale for the scientific research and industrial fields.

VenusLab's optical measurement and characterization products are centered on the core of "Full Parameter Coverage, Extreme Environment Adaptability, and Intelligent Analysis".They cover four major categories: spectral measurement, power and energy measurement, beam analysis, and infrared temperature measurement and imaging.Together with the company's in-house optomechanical products, these products form a closed-loop solution for "Precision Regulation - Accurate Measurement".

Centered on "Basic Observation - High-Resolution Analysis", VenusLab offers brightfield/fluorescence microscopy for routine high-efficiency imaging, and confocal/Raman microscopy focusing on ultra-high resolution and molecular spectroscopy integration. Sharing modules and unified interfaces for flexible switching, they provide one-stop solutions for "morphology observation - composition - structural analysis" in biomedicine and materials science.