Multi-Angle Spectroscopy System OMNIScan-3000T
OMNIScan-3000T uses a microscopic hyperspectral instrument to detect product single-pixel emission distributions. Adjustable stage temperature and test angle support spectral profile research, thermal degradation research and studies of chip-structure effects on the optical field.
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Overview
OMNIScan-3000T uses a microscopic hyperspectral instrument to detect product single-pixel emission distributions. Adjustable stage temperature and test angle support spectral profile research, thermal degradation research and studies of chip-structure effects on the optical field.
Specifications
| Parameter | Value |
|---|---|
| Optical Path Assembly - Rotation Assembly - Maximum Rotation Angle [Rotation Angle Depends on Objective] | ±90 ° |
| Optical Path Assembly - Rotation Assembly - Positioning Repeatability | 0.01 ° |
Applications
Spectral profile research; thermal degradation research; study of the effects of chip structure on the optical field
Key Features
1. Spectral collection: multiangle collection, 3D spectral imaging and luminescence-distribution analysis at different spectra; select line/full-image positions to display local spectra. 2. High-magnification microscopy: 3D extended-depth imaging, 3D profiles, line/areal roughness, wide-field stitching, cross-field dimensions, 2D measurement and 2D true-color acquisition. 3. Electrical tests. 4. Sample temperature control. Multiangle spectral collection: positions from inside outward are 1,2,3,4. 3D spectral imaging, WLP and FWHM. Luminescence-distribution analysis at different spectra. 3D extended-depth imaging/profile measurement: optional simultaneous visible observation enables micrometer accuracy, automatic measurement and output. Measures point-height differences/extrema, profile distances/angles/arc radii, protrusion/depression volumes and areas, and line/areal roughness. Wide-field stitching: coordinate-based stitching produces highly magnified wide-area images. Roughness measurement: noncontact line and areal roughness under ISO 4287:1997 and ISO 25178-2:2012, using topographic data for diverse texture analyses. The system thus produces reliable images. Cross-field dimensions: simply specify two points across fields for fast, precise large-range measurement. 2D measurement: point-to-point, point-to-line, parallel-line, angle and area functions, Excel export and customizable font size, line color and units. Multiple displays: one-click imaging-mode changes after acquisition. Electrical tests: DC probe holders secure probes/cables for stable semiconductor electrical testing in semiconductor/optoelectronic industries. Supports I/0 point measurements, DC, wafer, resistance/voltage, solar-cell, photocurrent and semiconductor-device analyses. Leadscrew DC probe holders: DR-200m or DL-200m, R for right and L for left. Imported aerospace-aluminum body with blasted/anodized finish; imported crossed-roller guides, high rigidity and spring backlash removal; imported precision 127 TPI leadscrew; X/Y/Z travel 12.5mm, accuracy 0.5μm; adjustable magnetic base with over 10Kg attraction for stable probing; grounding terminal reduces ESD effects; cable-clamp block secures triaxial cables against movement; optional vacuum attachment upgrade. Electrical parameters. Sample temperature control: compact LRT optical heating/cooling stage for diverse tests; -190℃ to 600℃ with liquid-nitrogen cooling module; sealed chamber accepts protective atmospheres; host-software control; modifications/customization supported.
Datasheet
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Supplier Information
Shanghai Manji Optoelectronics was founded in 2018, a core supplier of microscopic imaging and laser processing equipment and overall solutions. We are deeply engaged in optical inspection and processing, with technological innovation as the core, providing high-precision customized optomechanical solutions. The company has a 1500㎡ R&D, production, sales and office integrated base in Shanghai, built a full-stack independent R&D and production system covering optics, mechanics, electronics and software. We have an independent AOI intelligent detection algorithm and interdisciplinary R&D team, achieving full control from core technology to system integration, providing deeply customized "turnkey" solutions to ensure high precision and reliability of equipment. Based on the frontier, we continue to expand. In 2025, we strategically deployed Dingyuan Biotechnology in Suzhou, focusing on R&D and production of biological live cell imaging equipment, improving cross-field layout and empowering biomedical research. In the future, Manji Optoelectronics will uphold the concept of "Mastering Precision with Light, Creating Innovation with Intelligence", working with partners to promote the progress of optical technology and industrial upgrading.
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