Digital Microscope Cameras

	Digital Microscope Cameras

Digital Microscope Cameras for Scientific Imaging and Microscopy including low light, high speed, IR, USB and Fire Wire microscope cameras.

5 megapixel CMOS microscope camera, Stand-alone documentation that can be used anywhere, Interface 1x SD card slot; 1x mini USB 2.0, 1x AV (S-Video); 1x DVI (HDMI)

High Speed Digital Camera, acquire fluorescence images with a dynamic range of 1:1800. Time lapse and Z-stack images can be generated using exposure times ranging from 1ms to 60s

Used in combination with educational microscopes and stereomicroscopes, AxioCam IC offers good image quality for a range of applications, 1.4 Megapixel 1392 x 1038 , FireWire Digital Camera

makes basic fluorescence microscopy accessible for routine and laboratory applications, CCD basic resolution 1388 x 1038 = 1.4 megapixels

For users of educational microscopes or simple stereomicroscopes, AxioCam IC is the ideal gateway to the world of professional digital documentation and analysis, 3.3 Megapixel 2080 x 1540 Pixels, FireWire Digital Camera

5 Megapixel (2584 x 1936) resolution, 36 Bit color depth, Dynamic range of 1:1300 for optimal brightness resolution, Peltier-cooling for minimized background noise, Firewire Digital Camera

High-Performance Digital Camera Ultra-high Resolution and Fluorescence in One System, CCD Basic Resolution 1300 x 1030 = 1.3 mega pixels, Interface PCI interface card with thin fiber optic cable for data and control lines at 200 Mbit/s

All-Round Biology, Medicine and Materials Analysis Camera , 1300 x 1030 and 12-bit digitization. A/D conversion is performed directly in the camera head, producing image and color quality far beyond the possibilities of standard video.

High Performance Digital CCD Camera Systems

Intensified CCD Imaging System

Extremely low noise, fast frame rates, wide dynamic range, high quantum efficiency, high resolution and large field of view - all in one image

High performance digital 12 bit CCD camera system

Fast High-Resolution Fluorescence Microscopy Cameras

View the CoolSNAP Family of Cameras

Full Field-of-View Fluorescence Microscopy, 2048 x 2048-element array with 7.4 x 7.4-µm pixel pitch

Lowest dark current available for an EMCCD camera , Lowest read noise available for an EMCCD camera, 128 x 128 imaging array, 24 x 24-ìm pixels, 16-bit digitization

ultra fast recording of up to 4 full resolution images with 1 ns interframing time, in double mode 8 frames

High-Resolution USB 2.0 Digital Color Camera , CMOS, color sensor, 2048 x 1536 Pixels, 3.2ìm x 3.2ìm Pixel Size

High-Resolution USB 2.0 Digital Color Camera, CMOS, color sensor, 2592 x 1944 Pixels, 2.2ìm x 2.2ìm Pixel Size

Image Sensor 1/2” CMOS format, color or monochrome, 6.5mmx5.3mm array, USB 2.0 high-speed interface

Image Sensor 1/2” CMOS format, color or monochrome, 6.7mmx5mm array, Effective Pixels 1600x1200, 4.2µm square pixels, Interface Connector USB 2.0 high-speed interface

Image Sensor 1/2” format, CMOS, color, 6.5mm x 4.9mm array, Effective Pixels 2048 x 1536, 3.2µm square pixels, Interface Connector USB 2.0 high-speed interface

Image Sensor 1/2.5” format, CMOS, color, 5.7mm x 4.28mm array, Effective Pixels 2592 x 1944, 2.2µm square pixels , Interface USB 2.0 high-speed interface

Image Sensor ½” Interline Sony ICX205 1.4 megapixel color or monochrome, Effective Pixels 1392x1040, 4.65µm square pixels, Interface Connector USB 2.0

Image Sensor 1/1.8” Interline Sony ICX274 2.01 megapixel color or monochrome progressive scan CCD sensor, Effective Pixels 1616 x1216, 4.4µm square pixels, Interface Connector Standard USB 2.0 high-speed

Image Sensor 1/1.8” Interline Sony ICX262 3.3 megapixel color progressive scan CCD sensor, Effective Pixels 2080 x1536, 3.45µm square pixels, Interface Connector Standard USB 2.0

Image Sensor Sony ICX285 2/3” format, 1.4 megapixel color or monochrome progressive scan CCD sensor, Effective Pixels 1392 X 1040, 1.4 million pixels, Interface USB 2.0

Image Sensor Sony ICX285 2/3” format, 1.4 megapixel color or monochrome progressive scan CCD sensor, Effective Pixels 1392 X 1040, 1.4 million pixels, Interface Connector USB 2.0

Image Sensor 35mm large format Interline Kodak KAI11002 11 megapixel color or monochrome progressive scan CCD sensor, Effective Pixels 4008x2672, 9µm square pixels, Interface Connector Standard USB 2.0

Image Sensor 1/2” format, color or monochrome, 6.6mm x 5.3mm array, Effective Pixels 1280 x1024, 5.2ìm square pixels, Data Interface USB 2.0

Image Sensor 1/2” format, color or mono, 6.6mm x 5.3mm array, Effective Pixels 1280 x 1024, 5.2µm square pixels, Data Interface USB 2.0

This camera is designed for high-resolution qualitative capture of brightfield and moderately bright fluorescence images

Used for photodocumentation, pathology, fluorescence, industrial and metallurgical applications. High speed imaging for real time viewing.

This camera is designed for high resolution capture of brightfield and moderately bright fluorescence images. This camera is excellent for use in machine vision, metrology, metallurgical, and other industrial applications, such as defect analysis.

This camera is designed to replace video camera/frame grabber combinations in a cost effective single unit. This camera is used for photo-documentation, pathology, fluorescence, industrial and metallurgical applications.

This camera is designed for high-resolution capture of brightfield and moderately bright fluorescence images. This camera is excellent for use in machine vision, metrology, metallurgical, and other industrial applications, such as defect analysis.

This camera is designed for high-resolution qualitative capture of brightfield and moderately bright fluorescence images.

High-Resolution IEEE 1394 FireWire CCD Color Camera with High-Speed Real-Time Viewing, 3.3 million real pixels; 2048 x 1536,

High-Resolution IEEE 1394 FireWire CCD Color Camera with High-Speed Real-Time Viewing, 5 million real pixels; 2560 x 1920

With all necessary accessories included, the Moticam 1000 fits virtually any Microscope's eyepiece therefore allowing you to turn any microscope into a Digital Microscope.

Price:$399.00
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With a live image of 1600x1280 pixels through a convenient USB2.0 connection, this metal housing camera provides a crisp and clear imaging stream for presentation, investigation and documentation

Price:$699.00
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On-chip software image enhancements include Noise-Reduction, Live Filtering and Settings Memory providing a constant environment for comparison work.

Price:$999.00
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With all necessary accessories included, the Moticam 2500 fits virtually any Microscope's eyepiece therefore allowing you to turn any microscope into a Digital Microscope.

Price:$1349.00
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This camera can be moved into any position for documentation or a classroom demonstration of any chemistry, physics or biology experiment.

Price:$329.00
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Attach this camera to your microscope's eyepiece or to a trinocular port and view live images on a PC, Projector or a TV Monitor simultaneously thanks to the 480's triple output:

Price:$699.00
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Camera can be moved into any position for documentation or a classroom demonstration of any chemistry, physics or biology experiment

Price:$799.00
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The Moticam Pro range consists of 12 feature rich options providing a large platform for high-quality digital microscopy. Colored / Monochrome and Standard / Peltier Cooled options.

636f ps at full resolution (1357 fps at VGA)

501 fps at full resolution (1068 fps at VGA)

high performance 12 bit CCD camera system is specifically designed for electro luminescence (EL) applications in the range of 850nm - 1200nm

High performance digital 14 bit CCD camera system specifically designed for low light applications in the range of visible light up to 1100 nm.

This digital CCD camera system is perfectly suited for low light camera applications like fluorescence imaging and microscopy.

perfectly suited for low light camera and piv ( Particle Image Velocimetry ) camera applications. Color and monochrome image sensors are available

Perfectly suited for low light and high resolution camera applications, like microscopy, aerial photography or quality control.

perfectly suited for high speed camera applications such as material testing, offboard crash or impact tests or super slow motion movie clips.

High speed 10bit CMOS camera inspection system

This high-performance imaging system utilizes a Texas Instruments “TC285” EMCCD with on-chip multiplication gain to provide high sensitivity for low-light-level, live-cell microscopy.

16-bit A/D conversion on the EM port and very low noise yield a high signal-to-noise ratio, which is especially important for low-light fluorescence imaging

>92% peak quantum efficiency, 1024 x 1024-pixel array (13-µm pixel pitch) , and true 16-bit dynamic range

deep cooling provides ultrahigh gain and extremely low dark noise, enabling the 16-bit, high-resolution camera

1392 x 1040 imaging pixels, >40% quantum efficiency, Detector cooled to 5°C below ambient, Color or Monochrome

High speed High-Resolution Fluorescence Microscopy Camera, 1392 x 1040 imaging pixels, Detector cooled to 5°C below ambient

1392 x 1040 imaging pixels, >60% quantum efficiency, Detector cooled to 0¢ªC, Turbo 1394 interface (FireWire)

fast, high-resolution camera designed for low-light life science imaging applications, 1392 x 1040 imaging pixels, >60% quantum efficiency, Detector cooled to 5¢ªC below ambient , Turbo 1394 interface (FireWire)

fast, high-resolution camera designed for quantitative fluorescence microscopy applications, 1392 x 1040 imaging pixels, Detector cooled to -30°C, Turbo 1394 interface (FireWire)

2048 x 2048 imaging pixels, 7.4 x 7.4-µm pixels, Detector cooled to -25°C

deep-cooled, back-thinned EMCCD camera for low-light-level bio-imaging applications

Perfectly suited for many flow imaging applications, like flow visualization, spray imaging and combustion imaging

Bio-Imaging Microscopy Camera, 1392 x 1040 Pixels, 6.45ìm x 6.45ìm Pixel Size, Digital Output 8 bits/14 bits

For high-resolution, brightfield scientific and industrial applications max frame rate of 165fps.

High-Sensitivity IEEE 1394 CCD Camera – Monochrome or Color, 1.92 million; 1600 x 1200 Pixels, Pixels 7.4μm x 7.4μm, Peltier thermoelectric cooling to 25˚C below ambient

High-Sensitivity IEEE 1394 FireWire CCD Camera – Monochrome or Color, 4.19 million; 2048 x 2048 Pixels, Pixel Size 7.4μm x 7.4μm, Peltier thermoelectric cooling to 25˚C below ambient

For low-light, high-speed, and high-sensitivity in life science applications. 11fps full resolution @ 12 bits and 110fps with 8x8 binning & ROI.

Deep-Cooled High-Dynamic-Range IEEE 1394 FireWire Digital CCD Camera, .92 million; 1600 x 1200 Pixels, Pixel Size 7.4ìm x 7.4ìm, Sensor Type Kodak KAI-4022 progressive-scan interline CCD (monochrome)

Firewire Digital Microscope Camera, 4 million; 2048 x 2048 Pixels, 7.4ìm x 7.4ìm Pixel Size, Kodak KAI-4022 progressive-scan interline CCD (monochrome)

combines unprecedented 40 MHz speed with high resolution and low light sensitivity. 165.8fps with 8x8 binning and 34.2fps full resolution @ 14 bits.

High-Performance Near-Infrared IEEE 1394 Firewire Camera, 696 x 520 Pixels, 12.9¥ìm x 12.9¥ìm Pixels Size, Peltier thermoelectric cooling to 25¨¬C below ambient

This low light camera system is perfectly suited for many sensitive and low noise imaging applications, like fluorescence imaging, confocal & light microscopy etc

high performance cooled digital 12 bit CCD camera system is best suited for extremely low light camera applications, 1004x1002 pixels, readout noise (< 1 e- rms @ gain > 50).

This low light emCCD camera system is perfectly suited for scientific imaging (e.g. microscopy, bio marker and label imaging) and for night vision applications

This low light camera system is perfectly suited for many sensitive and low noise imaging applications, such as fluorescence imaging, confocal & light microscopy etc..

The Flex Color Digital Camera gives you a new level of performance in a shifting CCD camera

designed to deliver high impact digital images for the serious scientist/microscopist in a value-laden package

An excellent choice for pathology, as well as clinical, life and material science, measurement, educational, and industrial applications.

designed to deliver high impact digital images for the serious scientist/microscopist in a value-laden package

Applications for this camera include brightfield imaging, polarized light, time lapse experiments and bright fluorescence imaging.

Provides 14-bit digitization, deep pixel wells for high dynamic range. Its 40 Mhz read out speed enables fast sequential imaging for capturing dynamic events.

SPOT Insight Color digital camera provides a very wide field of view, allowing the entire sample to be visible in the images and eliminating the need for expensive de-magnifying optics.

This versatile camera provides 14-bit digitization and deep pixel wells for high dynamic range.

High speed imaging at 4.0 megapixel resolution with exceptionally low read noise. Wide field of view eliminates need for expensive de-magnifying optics.

a complete, state-of-the-art turn key system for publication quality documentation of your microscopic slides

Complete stand alone imaging system. Designed for the Rigors of the Pathology Environment

The PathStation has been designed specifically to meet needs of the Pathology Lab for in-hood documentation of gross dissections

Sensitive 4 Megapixel CCD with a large format for a wide Field of View. Regulated Cooling at –10C for longer exposures.

Designed for high resolution, quantitative and high speed capture of low light images as well as brightfield images.

Full featured, stand alone, high definition scientific imaging solution offering full 1080p60 preview with superb color reproduction and extremely fast frame rates.

Commonly used in low light fluorescence, Phase, fluorescence, Ca++, and GFP applications

This camera is commonly used in low light fluorescence, Dual Phase/fluorescence, Ca++, and GFP applications

Low 16 e- read noise, 0.003 e/p/s dark current , -43C degree differential cooling, High speed live preview mode

Sensitive 4 Megapixel CCD with a large format for a wide Field of View, Regulated Cooling to –42C for extremely long exposures

4000 x 2672 pixels, 4.5 Hz frame rate at full resolution, Low dark current with peltier cooling

Peltier cooling, 4 million pixels, 12 bit digital output even with 6.2 frames per second

Back thinned frame transfer CCD chip offers 90% QE at wavelengths in the VUV (157nm) and VIS (550nm-750nm) region without the need for AR coatings and typically not less than 40% at other UV and VIS wavelengths

excellent solution for high frame rate, high resolution UV-VIS imaging from 248nm and higher, High UV sensitivity, 1344x1034 pixels, Low 10e- readout noise

1.37 million pixels, High sensitivity in VIS-NIR region, Wide dynamic range of 1800 : 1, Small readout noise of 10 electrons

1.37 million pixels, High sensitivity in VIS-NIR region, Wide dynamic range of 1800:1

1000x1000 pixels high resolution digital camera using a high-speed frame transfer CCD chip with no mechanical shutter

High quantum efficiency, Electron multiplier gain max. 800 times, High resolution 1000 (H) x 1000 (V) pixel

Color slider enhances this camera to high resolution color camera, High resolution of 1.37 million pixels, Approx. 10 µs electronic shutter to capture fast events

three cooled CCD chips providing the rapid readout, high-resolution and superior S/N ratio of the Hamamatsu ORCA digital camera series

High sensitivity in VIS-NIR region, resolution of 1.37 million pixels, Low dark noise with peltier cooling for a dynamic range of 3 000 : 1

10 million pixels, Shortest exposure time : 330 µs capture fast events

High quantum efficiency from UV to NIR, Very high resolution 1024 x 1024 pixels, Low readout noise design 4 electrons r.m.s. typ.

High resolution format 512 x 512 pixels, Low readout noise 7 electrons r.m.s. typ., High quantum efficiency from UV to NIR

Progressive scan interline readout with no mechanical shutter, High resolution format 1344 x 1024 pixels, spectral range 300 nm to 980 nm

1/3” Format Progressive Scan CCD, 60 Frames Per Second, RoHS Compliant

1/3” Format Progressive Scan CCD, 500 TV Lines of Resolution, 60 Frames / Second, SCL or PCL CameraLink Output

1/2” Format Progressive Scan CCD, 60 Frames Per Second, IEEE-1394.b Output

1/3 inch Ultra Compact Progressive Scan Camera, 659 x 494 effective pixels, 30 Frames per Second, 50 db S/N, 0.5 lux sensitivity

1/3 inch Ultra Compact Progressive Scan Camera, 659 x 494 effective pixels, 70 Frames per Second , 50 db S/N. 1.0 lux sensitivity

1/3 inch Ultra Compact Progressive Scan Camera, 659 x 494 effective pixels, 80 Frames per Second, 1.3 lux sensitivity

1/3” Format Progressive Scan CCD, 659 x 494 Effective Pixels, 92 Frames / Second, Remote Control

1/3 inch Ultra Compact Progressive Scan Camera, 1034 x 779 effective pixels, 30 Frames per Second, 54 db S/N, 1.0 lux sensitivity

1/3” Format Progressive Scan CCD, 30 Frames Per Second , 1024 x 768 Effective Pixels, IEEE-1394.b Output

2/3 inch format 1392 x 1040 Progressive Scan Camera , CameraLink or LVDS output with 10 bits per pixel, 15 F/s normal, 60 F/s accelerated mode

2/3 inch format 1392 x 1040 Progressive Scan Camera, CameraLink or LVDS output with 10 bits per pixel, 15 F/s normal, 60 F/s accelerated mode

2/3" Near IR Megapixel Progressive Scan Camera, 1392 x 1040 pixels, CameraLink or LVDS output with 10 bits per pixel, 30 F/s normal, 120 F/s accelerated mode

2/3" Near IR Megapixel Progressive Scan Camera, 1392 x 1040 pixels, 30 F/s normal, 120 F/s accelerated mode, Analog Output and 10 Bit Dual Channel RS-644 Digital Output

2/3" Near IR Megapixel Progressive Scan Camera , 1392 x 1040 pixels, 30 F/s normal, 120 F/s accelerated mode, Analog Output and 10 Bit Dual Channel RS-644 Digital Output

2/3" Near IR Megapixel Progressive Scan Camera, 1392 x 1040 pixels, 30 F/s normal, 120 F/s accelerated mode, Analog Output and 10 Bit Dual Channel RS-644 Digital Output

1/1.8” Format CCD with 1628 x 1236 Effective Pixels – 2 Million Pixels , 15 Frames / Second, CameraLink Output, 10 bits per pixel – Mini CL Connector

1/1.8” Format Progressive Scan CCD, 1628 x 1236 Effective Pixels, 30 Frames / Second, CameraLink Output, 10 bits per pixel, Mini SCL Connector

Compact Ultra High Resolution Camera, 2/3” Format Progressive Scan CCD , 5.05 MegaPixels, 16 Frames / Second

Analog RGB Progressive output, 440 Lines of Resolution, 60 frames per second progressive output

Analog RGB Progressive output, 440 Lines of Resolution, 60 frames per second progressive output, 10 lux minimum sensitivity

2/3" Near IR Megapixel Progressive Scan Camera, Analog Output and 10 Bit Dual Channel RS-644 Digital Output,

1/2” Format Progressive Scan CCD 656 x 494 Effective Pixels , IEEE-1394.b Fierwire Output ,

1/2” Format Progressive Scan CCD 1360 x 1024 Effective Pixels , IEEE-1394.b Output, Includes Driver and Viewer Software

1/2” Format Progressive Scan CCD, 1392 x 1040 Effective Pixels, Selectable 36, 30, or 24 bit depth

1/1.8” Format Progressive Scan CCD, 1628 x 1236 Effective Pixels, Selectable 36, 30, or 24 bit depth

2/3” Format Progressive Scan CCD 2456 x 2058 Effective Pixels, 12 Frames Per Second, Selectable 36, 30, or 24 bit depth

1/2 inch format 3-CCD progressive scan camera, Three 1360 x 1024 effective pixel CCD's, IEEE-1394 or CamerLink Outputs

1/3 inch format 3-CCD progressive scan camera, Three 1024 x 768 effective pixel CCD's , IEEE-1394 or CameraLink Outputs

1/3 inch format 3-CCD progressive scan camera , Three 1024 x 768 effective pixel CCD's, IEEE-1394 or CameraLink Outputs

ER-150 progressive scan interline CCD with 1344 x 1024 effective pixels (pixel size: 6.45 x 6.45 microns)

From the very brightest high dynamic range applications to single photon imaging over long integrations, this camera provides images with the very best signal to noise ratios

12.5 megapixel resolution via Microscanning, Cooled 1.4 Megapixel CCD, monochrome, 2/3", 1360 × 1024 Pixels, Digital Interface IEEE1394a Firewire

Cooled 1.4 Megapixel CCD, monochrome, 2/3", 1360 × 1024 Pixels, Digital Interface IEEE1394a Firewire

1.4 Megapixel CCD, monochrome, 2/3", 1360 × 1024 Pixel, Dynamic range 67 dB / 65 dB (at 10 ms ), Digital Interface IEEE1394a Firewire

1.4 Megapixel CCD, Color, 2/3", 1360 × 1024 Pixel, Digital Interface IEEE1394a Firewire

1.4 Megapixel CCD, Color, 2/3", 1360 × 1024 Pixels, Digital Interface IEEE1394a Firewire

7.1 Megapixel CCD, color, 1/2.5", 3072 × 2304 Pixels, Digital Interface IEEE1394a Firewire

5.0 Megapixel CCD, Color, 2/3", 2580 × 1944 Pixels, Digital Interface IEEE1394a Firewire

3.3 Megapixel CCD, Color, 1/2", 2080 × 1542 Pixels, Digital Interface IEEE1394a Firewire

3.15 Megapixel Color, CMOS, 1/2", 2048 × 1536 Pixels, Digital Interface IEEE1394a Firewire

Image sensor 1/2“ CMOS , Max. frame rate [image size] 30 fps [1280 x 1024 pixel] ,Digital interface USB 2.0

Image sensor 1/2.5“ CMOS , Sensor resolution [max] 2592 x 1944 pixel [5 Mpix], Digital interface USB 2.0

Near Infrared Camera 2/3-inch chip with high sensitivity in the visible to the 1,650 nm near infrared region.

InGaAs camera with high sensitivity in the infrared region, especially in the wavelength range from 900nm to 1700nm and USB 2.0 to interface to PC

3.2 mega pixel, CCD, 1/1.8", Digital interface USB 2.0, USB 3.0

5.0 mega pixel, CCD, 2/3", Digital interface USB 2.0, USB 3.0

Optimized for fluorescence microscopy imaging. It is an incredible combination of benchmark performance specifications, cost-effectiveness and reliability

Compared to standard interline CCD chips (typical ICX285 or ER-150 chip), the ORCA-Flash2.8’s FL-280 CMOS chip offers 2X the pixels, 4X the speed, and 1/2 the noise—all at a lower price

Analog RGB Progressive output, 440 Lines of Resolution, 60 frames per second progressive output

Analog RGB Progressive output, 1/2" Format VGA Progressive Color , 50 db S/N , 60 frames per second progressive output

Analog RGB Progressive output, 440 Lines of Resolution , 50 db S/N, 60 frames per second progressive output

Remote Head Three CCD Color, 3 1/2” Format 1.65 Megapixel CCD Imagers, Selectable 1080/59.94i, 1080/50i, 720/59.94p, 720/50p, 480/59.94i or 480/50i outputs, HD-SDI, HDMI, and Component High Definition Outputs

2/3” Format 1.45M Pixel CCD, 1392 x 1040 Effective Pixels, 6.45 x 6.45 µm square pixels, Near IR Sensitivity,

2/3” Format CMOS, 2048 x 1088 Effective Pixels, 5.5 x 5.5 µm square pixels, Frames / Second to 1/50,000 Electronic Shutter

1” Format CMOS Sensor with Million Pixels, 2048 x 2048 Effective Pixels, Max 140 frames/second (full pixel readout)

2/3” Format 5.05M Pixel CCD, 2456 x 2058 Effective Pixels, 3.45 x 3.45 µm square pixels, 1/16 to 1/50,000 Electronic Shutter

2/3” Format 5.05M Pixel CCD, 2048 x 1088 Effective Pixels, RAW Progressive Scan CMOS Digital Camera, RoHS Compliant

3 CCD Progressive Scan Color, Three 1/1.8” CCD Sensors, 1600 x 1200 Effective Pixels, 30 Frames per Second, Variable Shutter Mode to 1/100,000

High Speed, Extremely Sensitive EMCCD, Frame Rate 30fps full resolution @ 16 bits (385+ maximum with binning and ROI functions), Light-Sensitive Pixels 512 x 512, EM Gain Control 1 to 1000 times (typical),

3 CCD Progressive Scan Color, Three 1/1.8” CCD Sensors, 1600 x 1200 Effective Pixels, 30 Frames per Second, Variable Shutter Mode to 1/100,000

Designed for demanding high-speed, low-light flourescence imaging. Available for a fraction of the cost, Scientific CMOS is finally achievable for everyone.

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