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Opto-Edu (Beijing) Co., Ltd. 0086-13911110627 sale@optoedu.com
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging

OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging

Produits - Microscope à fluorescence
  • Mettre en évidence

    Full Auto Laser Confocal Microscope

    ,

    APO Laser Confocal Microscope

    ,

    BF Laser Confocal Microscope

  • Oculaire
    L'objectif de l'optique est de couper les deux faces de l'objet.
  • Tête
    Tête binoculaire réglable à 10-40°
  • - Je peux changer?
    Bouton de grossissement intermédiaire manuel codé 1x/1.5x Sur le côté droit
  • Objectif
    Objectif achromatique NIR Infinity Plan APO
  • Mise au point
    Axe Z motorisé, type grille, portée de déplacement jusqu'à 8,5 mm
  • Transmettez la lumière
    Éclairage Kohler, avec champ/diaphragme iris, 0~25° Titl bras réglable
  • Lieu d'origine
    CHINE
  • Nom de marque
    OPTO-EDU
  • Certification
    CE, Rohs
  • Numéro de modèle
    A64.1020
  • Document
    Brochure du produit PDF
  • Quantité de commande min
    1 pc
  • Prix
    FOB $1~1000, Depend on Order Quantity
  • Détails d'emballage
    Emballage de carton, pour le transport d'exportation
  • Délai de livraison
    5 à 20 jours
  • Conditions de paiement
    T / T, West Union, Paypal
  • Capacité d'approvisionnement
    mois de 5000 PCs

OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging

  • OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging
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OPTO EDU A64.1020 NIR Laser Confocal Microscope Full Auto APO BF PH PL FL DIC Hoffman
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 0 OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 1
The A64.1020 laser confocal microscope represents a significant advancement in biological research imaging technology. Designed for high-throughput, high-quality imaging, this system combines resonance scanning, array detection, and spectral imaging capabilities to meet the demanding requirements of modern life science research.
Key Features and Benefits
High-Speed Resonant Scanning
The A64.1020 utilizes resonant scanning technology, increasing scanning speeds by nearly 20 times while maintaining image quality. This reduces photobleaching and phototoxicity, enabling prolonged observation of sensitive live cell samples.
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 2
Gentle Live Cell Imaging
Reduced pixel dwell time minimizes laser exposure, extending cell viability while enabling high-frequency data acquisition. Ideal for drug development research and microplate screening applications.
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 3
Low-Noise, High-Resolution Detection
The array detector accurately captures weak fluorescence signals, delivering clear, detailed images with precise resolution of sample microstructures.
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 4
High Sensitivity Spectral Imaging
GaAsP photomultiplier tubes improve fluorescence acquisition efficiency, enabling observation of weak fluorescent samples. The system supports four spectral ranges with ≤ 2nm resolution for superior multicolor imaging.
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 5 OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 6
Advanced Imaging Technologies
Space Array Detection
The SPAD detector array collects two-dimensional spatial information at each scan point, revealing ultrafine structures lost in traditional confocal detection.
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 7
Spectral Unmixing System
Precisely distinguishes substances with similar fluorescence characteristics through spectral analysis, enabling qualitative sample analysis and biomolecule identification.
Adaptive Focus System (AFS)
The intelligent AFS eliminates focus drift, delivering consistently sharp images across all imaging modalities including super-resolution and confocal imaging.
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 8 OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 9
Precision Control and Operation
High-Speed Motorized Components
Rapid operation of objectives, filter cubes, XY stages, and observation modules creates an effortless workflow. The intuitive joystick control makes operation as natural as manual microscopy.
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 10
Multi-Dimensional Imaging
Supports combined X, Y, Z, λ, and T scanning with flexible modes including multi-channel fluorescence, time-lapse, Z-stacking, and panoramic stitching for diverse experimental needs.
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 11
Deconvolution Technology
Eliminates out-of-focus noise in confocal images through iterative deconvolution. 3D deconvolution enhances clarity and resolution across multiple axes for superior image quality.
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 12 OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 13
Technical Specifications
Component Specification Standard Optional
Confocal System 5 Channels Laser Confocal 400~750nm ●
Laser Source 4 Laser Source With AOTF, Max Power 50mW (405nm, 488nm, 561nm, 640nm) ●
NIR Laser Source 730nm o
Standard Detector Wavelength 400-750nm, 5 Channels PMT (405nm, 488nm, 561nm, 640nm) ●
Spectral Detector 4 Channels PMT, Spectral Range 400-750nm, Adjustable Accuracy 1nm ●
Array Detector Array-based Single-pixel Photon Counter; Resolution 120nm ●
Scan Head Max Pixel 8192x8192 (8K x 8K) ●
Computer System i7-11700/32GB DDR4/1TB SSD/RTX A2000 6G/Win 11 ●
Monitor 31" 4K Display ●
OPTO EDU A64.1020 Full Auto APO BF Laser Confocal Microscope with High-Speed Resonant Scanning and Spectral Imaging 14
The A64.1020 offers exceptional expandability, supporting various accessories including live cell culture systems, super-resolution modules, and FRAP modules. This versatile system provides comprehensive solutions for cell biology, molecular biology, and biomedical research applications.
Étiquettes:

microscope d'epi-fluorescence

microscope de fluorescence inversé

microscope d'epiFluorescence

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