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▶ Laser Light 405nm/50mW, 488nm/50mW, 561nm/50mW, 640nm/40mW
▶ Confocal Scan Module X/Y dual axis high speed optical scanning, resolution 4Kx4K, field of view 19mm, zoom scanning 1x-16x
▶ Probe Unit Standard 3 MA PMTs, GaAsP PMT Optional
▶ Microscope Inverted Fluorescent Microscope, full motorized, infinity plan SUPER APO objective 10x20x40x60x100x
▶ Camera 5 million pixels, color camera, SONY IMX264, frame rate 35fps, USB3.0, 0.65x C-Mount
▶ Software Photo and preview parameter self-adaptive; two rescan processing; image rotation output; full vision and ROI scanning image, support XY, XYZ, XYZT
▶ Computer CPU: Intel I7 or above, RAM: ≥16G, Hard disc: ≥1T+256G, Graphics card: Single, Monitor: ≥27 inch, resolution 2560×1440, Operation system: 64 bite, Windows X10 |
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▶ Innovative Confocal Pinhole Unit Pinhole design is based on the principle of light reversibility. The excitation light of the lamp and the emission light of the sample pass through the same pinhole, and they keep a 100% conjugate relationship. It not only ensures the acquisition efficiency of fluorescence signal, but also improves the filtering of non-focal plane signal, for the higher detection sensitivity and better image resolution. |
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▶ Controller Probe Unit The probe unit consists of a 6-position electric filter turntable with 4 filters as standard and a single high-sensitivity multi base photomultiplier tube (MA PMT, QE≥25%@500nm), is able to easily and quickly automatically complete multicolor fluor escence confocal imaging. |
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▶ APO Series Apochromatic Objectives Converging the optic axises of red, green and blue to one focal plane, correcting the axial chromatic aberration of violet light, the original color of samples is able to be presented. And the resolution and effective magnification are improved based on large numerical aperture. |
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▶ SAPO Series SUPER Apochromatic Objectives With large numerical aperture, excellent color difference correction and flat field, more uniform, bright and high- resolution fluorescence images can be obtained. |
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▶ Cell Imaging A64.0960 is able to accurately image all cells labeled with various fluorescent proteins and multicolor probes, studying the fluorescence colocalization, dynamic properties and spatial relationships of two or more target proteins. Besides, A64.0960 can achieve the morphological structure of 3D cell culture such as organoids/globules by 3D reconstruction, finding out more hidden information. |
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▶ Histopathological sections of animals and plants The layer scanning of A64.0960 is suitable for different histopathological sections of animals and plants, especially for large tissue. Much more details and more accurate data are available. |
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▶ Confocal Software Support single channel or multi-channel 2D Imaging (XY), 3D imaging (XYZ), 4D imaging (XYZT) and multi-site scanning. It is available for imaging, photobleaching and photo stimulation within a user-defined ROI, as well as Z- Stack imaging, jigsaw puzzles, scale correction, filtering processing, data recording, etc. |
| A64.0960 Laser Confocal Scanning Microscope, Full Auto Motorized | ||
| Part | Decription | Remarks |
| Laser & Its Control | Coupablity laser, ≥4pcs | |
| FC/PC output by fiber | ||
| Laser: Semicoductor, Solid laser | Wave 405nm, output ≥50mW | |
| Wave 488nm, output ≥50mW | ||
| Wave 561nm, output ≥50mW | ||
| Wave 640nm, output ≥40mW | ||
| Confocal Mould | Scan area: XY scanning system | |
| View field ≥19mm | ||
| Resolution: 512×512～4096×4096 | ||
| Pixel: 0.5us～8us | ||
| Zoom scanning: 1-16X | ||
| FL detector 3pcs | 3PMT | |
| 405nm/488nm/561nm/640nm | ||
| More than 6 position fluorescence filter, standard 3pcs filter: 445nm/40, 530nm/43, 607nm/36, 685/40 | ||
| Confocal pinhole: round | ||
| DIC detector: 1pc | ||
| Microscope | Infinity optical system | |
| View head: 20-45 degrees inclined, gemel binocular, interpupillary 50-76mm | ||
| Eyepiece: PL10X/22mm, with diopter adjusting | ||
| Nosepiece: Motorized, 6-holes | ||
| Stage: Motorized, 260*153mm with working range 110*75mm | The maximum speed is 3mm/s, the repeat positioning accuracy is ±1um, and it can be adapted to petri dish and slice observation | |
| Objective: Perfocal 45mm, SAPO | 10X/0.14,WD=3.1mm | |
| 20X/0.8,WD=0.6mm | ||
| 40X/0.95,WD=0.18mm | ||
| 60X/1.42,WD=0.17mm Oil | ||
| 100X/1.45,WD=0.14mm Oil (Under Development) | ||
| Condenser: Motorized, 7-positions, A≥0.55, WD≥27mm, 3-position for 30mm PH; 4-position for 38mm DIC; with motorized diaphragm, polarizer | ||
| DIC: Use for 10X, 20X, 40X, 60X | DIC imaging kit, including 1 DIC detector, with 10-60X differential interference imaging function, can realize DIC-fluorescence imaging and overlay analysis, including DIC insert board, analyzer group, DIC ring plate | |
| Frame: coaxial focus system, touch-PAD indicator, tri-output at left side | ||
| Brightfield light: 12V100W halogen | ||
| FL attachment: motorized 8 positions for one layer, totally 2 layers | 3 filters: B/G/UV | |
| FL light: 100W mercury | ||
| Motorized light control: power supply 90-265V, output 12V100W | ||
| Accessories: Centering eyepiece | ||
| Computer | CPU: Intel I7 or above | |
| RAM: ≥16G | ||
| Hard disc: ≥1T+256G | ||
| Graphics card: Single | ||
| Monitor: ≥27 inch, resolution 2560×1440 | ||
| Operation system: 64 bite, Windows X10 | ||
| Operation Software | With IMAQ and processing function | |
| Support for single color or XY, XYZ, XYZT image | ||
| Support for time-sharing scanning or simultaneous scanning | ||
| FL image superposition | ||
| Scale | ||
| Auto save | ||
| If you want to use image process, please use Image J | ||
| Other | OD500W 5 million pixels, color camera, SONY IMX264, frame rate 35fps, USB3.0, size 2/3” | |
| RX50CTV0.65,C TYPE,focus adjustable | ||
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