Digital Imaging systems are essential tools in laboratories for capturing high-resolution images across various applications, including clinical diagnostics and research. These systems comprise digital microscopes, scanners, and cameras that enable precise analysis and storage of detailed images. Widely used in fields like pathology and materials science, digital imaging equipment helps professionals make accurate observations and informed decisions.
Digital Imaging
Price Filter
$149.00 - $50,000.00Product Region
Product Condition
Product Warranty
Browse By Category
SHOWING 1-12 OF 13 PRODUCTS
Show Out of Stock
ShapeGrabber QVI Starlite 200 Benchtop Measuring System with Worktable QVI170M Computer, Windows 10, Measure-X Software
US
Good
-50 % OFF
$4,749.00$9,500.00
ADD TO CART
Life Technologies Floid Cell Imaging Station 4471136
US
Good
-32 % OFF
$6,500.00$9,500.00
ADD TO CART
ZEISS Axio Vert.A1 Inverted Microscope with Objectives 10x, 20x, 40x
US
Good
-50 % OFF
$2,499.00$5,000.00
ADD TO CART
PicoView PV-500-X NanoSpray Source for Thermo Finnigan LCQ & Deca XP
US
Good
-50 % OFF
$2,249.00$4,500.00
ADD TO CART
GE Healthcare ImageQuant LAS 4000 Luminscent Image Analyzer
US
Good
-70 % OFF
$239.00$795.00
ADD TO CART
Spot Insight 4 MP Monochrome Microscope Camera with Olympus U-CMAD3 Lens
US
Excellent
Question & Answers For:
Digital Imaging
Past Questions, Helpful Answers.
q.
What is digital imaging used for in laboratories?
a.
Digital imaging is used for capturing high-resolution images in various applications like clinical diagnostics, research, pathology, and materials science. It helps professionals analyze and store detailed images for accurate observations and informed decisions.
q.
How does a digital imaging system work?
a.
Digital imaging systems combine digital microscopes, scanners, and cameras to capture images at high resolutions. The images are then analyzed and stored in digital format for easy access and precise examination.
q.
What are the advantages of using digital imaging over traditional methods?
a.
Digital imaging offers higher precision, clarity, and the ability to store and retrieve images easily. It eliminates the need for physical storage of film or slides and allows for digital analysis, sharing, and long-term archiving.
q.
Can digital imaging systems be used for different applications?
a.
Yes, digital imaging systems are versatile and can be used across various applications such as pathology, clinical diagnostics, research, materials science, and other laboratory environments.
q.
What types of images can be captured with a digital imaging system?
a.
Digital imaging systems can capture a wide range of images, including microscopic details, high-resolution scans of materials, biological samples, and even histological sections.
q.
Do digital imaging systems require special software for analysis?
a.
Yes, digital imaging systems often come with specialized software to analyze and process the captured images. This software can help in enhancing the images, measuring specific areas, and performing other diagnostic tasks.
q.
Are digital imaging systems easy to operate?
a.
Most digital imaging systems are designed to be user-friendly with intuitive interfaces. However, some systems may require a brief learning period, especially for advanced features like image processing and analysis.
q.
What is the image resolution of a typical digital imaging system?
a.
Digital imaging systems are capable of capturing images with high resolution, often ranging from several megapixels to ultra-high resolutions suitable for detailed analysis in various fields like pathology and materials science.
q.
How can the images captured by digital imaging systems be stored?
a.
Captured images can be stored digitally on internal or external storage devices, including hard drives, cloud storage, or directly onto a computer. This ensures easy retrieval and long-term archiving.
q.
Can digital imaging systems be integrated with other laboratory equipment?
a.
Yes, many digital imaging systems can be integrated with other laboratory instruments and devices for a more streamlined workflow, improving efficiency and data analysis.