Confocal Laser Scanning Microscope NCF950
The Laser Confocal Microscope NCF950 is a product in the micro仪器 series, an essential basic tool for laboratory scientific research, offering powerful and stable imaging capabilities and highly integrated电动ization. The NCF950 is a simple, efficient, and highly integrated domestic confocal microscope. The NCF950 confocal system, with its optical imaging system, simple operation, and highly integrated电动ization components, is an indispensable laboratory tool. Its wide application ranges from cell and molecular biology, drug screening, brain and neuroscience, immunology, morphology, food hygiene, fermentation, genetics, and pharmacology, where it plays a crucial role.
Signal Detection
Efficient scanning heads, detectors, and variable-speed electric micrometers, combined with Yongxin's powerful optical system, deliver fast, stable, and high signal-to-noise ratio confocal images.
Multi-channel signal detection
Integrated with 4 light sources and detectors (405, 488, 561, 640), combined with 4-channel fluorescence fusion technology, it achieves real-time multi-channel fusion observation and capture.
Electrification hardware
The NCF950 offers a variety of electric motion components, including: electric platforms, electric focusing, electric objective rotator, electric fluorescence rotator, electric condenser lens, and electric light dimmer. It operates via both button and software controls, and provides command calls for user convenience in self-control and development.
Laser Scanning Confocal Fluorescence MicroscopeNCF950Technical Specifications：
| NCF950 Laser Confocal Configuration Sheet
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Laser Pointer
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Laser wavelengths: 405 nm, 488 nm, 561 nm, 640 nm
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Detector
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Wavelength: 400-750nm, Detectors: 3 independent fluorescence detection channels; 1 DIC transmission light detection channel
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Scanner Head
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Pixel Size: 4096 x 4096; Scanning Speed: 2 fps (512 x 512 pixels, bidirectional), 18 fps (512 x 32 pixels, bidirectional); Image Rotation: 360°
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Scanning Mode
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X-T, Y-T, X-Y, X-Y-Z, X-Y-Z-T
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Pinhole
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Continuous Variable Hexagonal Electric Needle Hole; Adjustment Range: 0-1.5mm
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Co-axial Field of View
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φ18mm inner square
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Image bit depth
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12bits
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Accessory Microscope
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NIB950 All-Electric Inverted Microscope
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Optical System
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NIS60 Infinite Optical System (F200)
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Eyepiece (Field of View)
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10 x (25), EP17.5mm, adjustable field of view -5 ~ +5, interface Φ30
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Observing Tube
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Swivel-type three-eye telescope tube, 45-degree tilt, pupillary distance 47-78mm, eyepiece interface Φ30, fixed diopter; 1) Eye/Mount Switch: (100/0, 50/50, 0/100); 2) Visual/Off Visual/Adjustable Focusing Bausch & Lomb望远镜
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NIS60 Objective Lens
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10x achromatic objective lens, NA=0.45, WD=4.0, Cover glass=0.17
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20x Achromatic Objective, NA=0.75, WD=1.1, Cover Glass=0.17
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60× Semi-Aplanatic Objective, NA=1.40, WD=0.14, Cover Glass=0.17, Oil Immersion Lens
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100× achromatic objective lens, NA=1.45, WD=0.13, coverslip=0.17, oil immersion objective
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Objective Converter
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Electric 6-hole Converter (Expansion Slot), M25×0.75
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Converging lens
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6-hole electric control: NA0.55, WD26; phase contrast (optional: 10/20, 40, 60)
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DIC (10X, 20X/40X) options. Knurling holes
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Lighting System
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Transmitted Collar Lighting, 10W LED Lighting
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Downlighting: Wide-field Fiber Optic Lighting 6-hole electric fluorescent turntable (B, G, U standard); electric fluorescent light gate;
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Mid-ratio switch
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Manual 1X, 1.5X, Coaxial Switching
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Airframe port
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Spectral Ratio:
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Left: Visual = 100:0; Right: Visual = 100:0;
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Platform
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Electric control: Stroke range 130mm x 100mm (Tabletop 325mm x 144mm); Speed: 25mm/s; Resolution: 0.1μm - Repeatability: 3μm. Mechanically adjustable sample clamps
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Focusing System
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Coaxial coarse and fine adjustment lifting mechanism, stroke: 7mm up, 2mm down; coarse adjustment 2mm/rev, fine adjustment 0.002mm/rev; manual and electric control available, with a minimum step of 0.01um when electrically controlled.
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DIC plate
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10X, 20X, 40X plates; fits in converter slots; optional
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Control
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Joysticks, control panels, USB cables
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Software
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Software: NOMIS Advanced C Image Display/Processing/Analysis 2D/3D/4D Image Analysis, Temporal Change Analysis, 3D Image Acquisition and Orthogonal Display, Image Mosaicking, Multichannel Color Confocal Imaging
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