उत्पाद विवरण
Digital Biological Microscope has been designed to deliverhigh-resolution magnification of the images. The magnification takes place inpixels. It is made to tilt and offers the 2D and 3D image measurements. DigitalBiological Microscope has been made to store huge amounts of data. Also, therecording of movable as well as unmovable specimens can take place. This workssimilar to a one-stop operation machine, which can visualize the images. Itoffers an output of the images by making use of the computer monitors.
Specifications:-
| Model | RXLr-4D |
| Optical System | Infiniteoptical system (Antifungal) |
| Viewing Head | Seidentopf built-in digital binocular head inclined at 30 ,Interpupilary 48-75mm, USB 2.0 Port |
| Eyepiece | WF10X18mm/22, diopter adjustable on both eyepiece |
| Objective | Achromatic Objective: 4X, 10X, 40X, 100X |
| Optional: Achromatic Objective 20X, 60X |
| Nosepiece | Backward quadruple nosepiece with multiple ball-bearing, rubber grip & click stop Accurate & reliable location |
| Mechanical Moving Stage | Cross Travel 78(X)mm 54(Y)mm, Rectangular 216 150mm, clamp double slides |
| Coaxial Focusing Coarse Fine Adjustment: 22mm, Fine Division 0.002mm with Tension Control & Upper Limit Stopper |
| Condenser | Abbe condenser with iris diaphragm & blue filter |
| Illumination | Koehler 6V20W/30W Halogen, Intensity Control, 5W LED Illumination Brightness Adjustable |
| Image Sensor | 16 million pixel science CMOS, Pixel 1.335mm |
| Display | 10.5 inches IPS retina screen display, resolution 2048 1536 |
| Operating System | Window 10 System |
| Communication, Storage | USB external interface and SD card interface, built-in WIFI-Wireless Module, Gigabit LAN interface, HDMI synchronized to the projector or related high-definition display equipment |
Superior Optical PerformanceThe RXLr-4D microscope delivers high-resolution imaging, boasting a 20481536 resolution and a 16 million pixel scientific CMOS sensor. The achromatic objectives minimize color distortions, while the Abbe condenser with iris diaphragm and blue filter provides clear and evenly illuminated specimenscritical for pathological and biological research.
User-Friendly DesignEnjoy a comfortable viewing experience through the binocular eyepiece tube, with an adjustable interpupillary distance from 48 to 75 mm to accommodate different users. Fine focus adjustments are precise, featuring a range of 22 mm and divisions down to 0.002 mm, supported by tension control for smooth operation and an upper limit stopper for sample safety.
Digital Connectivity & ImagingWith a built-in USB interface and compatibility with JPEG image format, the RXLr-4D allows effortless image capture and transfer. The LED light source offers stable, cool illumination, making the microscope highly suitable for extended research work in pathology and biology without the risk of overheating or color shifts.
FAQs of Digital Biological Microscope RXLr-4D:
Q: How do I connect the RXLr-4D microscope to a computer for digital imaging?
A: The RXLr-4D is equipped with a USB interface, allowing you to easily connect it to a computer. Once connected, you can transfer and save high-resolution images in JPEG format for analysis, documentation, and sharing.
Q: What benefits does the 16 million pixel scientific CMOS sensor provide?
A: The advanced CMOS sensor ensures crisp, detailed images with high color fidelity, crucial for identifying fine structural features in pathological and biological samples. This helps researchers achieve more accurate analysis and reporting.
Q: When is the RXLr-4D most suitable for use in biological research?
A: The microscope is ideally suited for research requiring detailed sample observation, such as tissue analysis or cell structure examination. Its precision optics and reliable LED illumination make it optimal for extended studies in pathology and general biological research.
Q: What is the process for adjusting the focus on this microscope?
A: The microscope features fine and coarse focusing mechanisms, with a fine focus division of 0.002 mm and a range of up to 22 mm. Tension control ensures smooth movement, while an upper limit stopper protects your specimens by preventing over-adjustment.
Q: Where can the RXLr-4D microscope be utilized?
A: The RXLr-4D is designed for professional lab environments, including hospitals, research labs, and educational institutions across India. It can serve various roles such as pathological diagnosis, teaching, and advanced biological investigation.
Q: How does the LED illumination enhance the viewing experience?
A: LED light offers consistent, bright, and cool illumination ideal for long-term observations. It helps avoid sample dehydration and color distortion, ensuring accurate visualization of specimens throughout the research or diagnostic process.
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