PMR0700

Hyperspectral Camera - Spectral Bands: 1200 Hyperspectral Camera - Spectral Resolution: 2.5nm Hyperspectral Camera - Spatial Pixels: 1920

Motorized Translation Stage Motorized Translation Stage Rotation Stage Motorized Lab Jack Motorized Goniometer Stage Combined Motorized Translation Stage Manual Translation Stage Translation Stage Rotation Stage Manual Lab Jack Manual Goniometer Stage Tilt Stage Series Translation Stage Optical Table Optical Breadboard Optical Table Optical Table Active Vibration Isolation System Optical Table / Optical Rail Optical Components and Systems Lens Mirror Filter Window Coupling System Coupling System Coupling System Plant Phenotyping Plant Phenotyping Plant Phenotyping Benchtop Organizer Retaining Ring Spanner LED Laboratory Tool Kit Spanner Miniature Vacuum Pump CAD Hyperspectral Camera Motorized Translation Stage Manual Translation Stage Optical Table Optical Components and Systems Coupling System Plant Phenotyping CAD | 400-1618-188 QQ 400-1618-188 TOP / / Hyperspectral Camera / SIMSPEC Laboratory Darkroom Hyperspectral Imaging System. 1000 SIMSPEC Laboratory Darkroom Hyperspectral Imaging System

Cooled CCD camera, used for imaging and spectral analysis, covering wavelengths from X-ray to near-infrared, integrated with scientific research and CCD sensors, with low electronic noise, achieving optimal performance for low-photon signal detection. This series of products can be applied in many fields of scientific research and industry.

The 3D4K Fluorescence Module is a fusion platform of white-light vision and molecular imaging. Building on top-tier 3D stereoscopic vision, it integrates near-infrared fluorescence imaging capability, enabling real-time, in-situ display of tissue blood flow, lymphatic systems, or specific tumor markers that are invisible to the naked eye, achieving same-screen visualization of function and anatomy.

An imaging module is an integrated imaging component that integrates "optical lens + photosensitive element + drive circuit + signal processing unit". Its core function is to focus the optical signal reflected by an external object through the optical system, convert it into an electrical signal through the photosensitive element, and then, after circuit processing and algorithm optimization, finally output a recognizable digital image. Imaging modules have the following types: endoscope imaging modules, automotive imaging modules, line-scan imaging modules, etc.

With a diverse selection of cameras and corresponding software, you can configure an ideal microscope imaging system according to the needs of the sample and application.