Industrial Cameras | JM Vistec | Shortwave Infrared SWIR Cameras

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ATIK CAMERAS [ C9]

The ATIK C9 is a compact scientific CMOS camera designed for OEM life sciences instruments, built around Sony’s back-illuminated IMX533 sensor. It features a 9-megapixel square format (3008 × 3008, 11.3 × 11.3 mm effective area) that maximizes coverage of circular microscope fields and microplate imaging areas.

Performance Specifications

Read noise: Ultra-low (scientific-grade)
Full-well capacity: >50,000 e⁻
Dynamic range: High, enabling precise signal quantification
Dark current: Virtually eliminated via deep thermoelectric cooling (35°C below ambient)
Frame rate: 12 FPS for live-cell observation and automated scanning

Key Features

Back-illuminated CMOS architecture for exceptional sensitivity
Square sensor format optimized for microscopy and plate reading
Clean, stable imaging during long exposures or continuous operation
Compact, low-power design with short back focus distance
No fixed mount—customizable optical interface for proprietary integration

ATIK CAMERAS [ ChemiMOS 9]

The ChemiMOS 9 is a compact scientific CMOS camera built around Sony’s IMX533 sensor (mono or color), featuring a 3008 × 3008 square format with 3.76 μm pixels and an 11.3 × 11.3 mm effective imaging area (15.968 mm diagonal). It is available in two configurations: a standard slim model for space-constrained instruments, and the ChemiMOS 9FW with an integrated motorized filter wheel for multi-channel fluorescence or multispectral imaging without external opto-mechanics.

Noise Performance

Read noise: 1.6 e⁻ (High Gain Mode) / 3.6 e⁻ (Low Gain Mode)
Zero amp glow architecture
Dark current: 0.0005 e⁻/px/s at −20°C
Thermoelectric cooling: 35°C below ambient

Imaging Specifications

Full-well capacity: >50,000 e⁻
Dynamic range: Deep, supporting both bright structures and dim details
ADC: 14-bit with 16-bit output mode
Exposure range: 0.001 s to 24 hours (electronic rolling shutter)
Frame rate: 12 FPS full-frame

ATIK CAMERAS [12 K]

The ATIK 12K is a high-performance scientific CMOS camera designed for OEM life sciences instruments, built around Sony’s IMX571 sensor. It delivers 26-megapixel resolution with a 23.5 × 15.7 mm sensor area and 3.76 μm pixel pitch, providing a large field of view ideal for microscopy and high-throughput analysis.

Performance Specifications

Resolution: 26 megapixels
Read noise: 1.2 e⁻ (ultra-low)
ADC: 16-bit for superior quantitative accuracy
Full-well capacity: Not specified (implied high dynamic range)
Dark current: 0.0008 e⁻/s/pixel at cooled temperature
Thermoelectric cooling: 35°C below ambient
Mount: Standard Nikon F-mount

Key Features

Back-illuminated CMOS architecture for exceptional sensitivity
Scientific-grade stability with proven thermal management
Clean, consistent imaging for long exposures and time-lapse applications
Compact form factor suitable for benchtop or embedded systems
Low power consumption
Easy integration with standard optical interface

ATIK CAMERAS [ACIS 12.3]

The ATIK ACIS 12.3 is a large-format CMOS camera equipped with the Sony IMX304 sensor, delivering maximum detail and high fidelity for precision imaging tasks where every pixel matters.

Performance Specifications

– Resolution: 12.3 megapixels (4096 × 3000 pixels)
– Sensor size: 14.2 × 10.4 mm (17.6 mm diagonal)
– Full-well capacity: Not specified (implied high dynamic range)
– Dark current: ~0.027 e⁻/pixel/sec at -10°C
– Frame rate: 15.5 FPS
– Thermoelectric cooling: 35°C below ambient
– Exposure range: 0.001 seconds to 1 hour

Key Features

– 12.3 megapixels of detail across a large-format sensor for imaging tasks requiring maximum spatial fidelity
– Global shutter prevents distortions in moving scenes, enabling deployment in high-detail, dynamic environments
– Robust thermal management with 35°C cooling delta ensures exceptional low-noise performance for exposures up to 1 hour
– High signal-to-noise ratio and deep bit depth deliver clean, accurate data optimized for AI and machine learning analysis
– Compact package redefines possibilities in high-precision imaging, reducing risk of false positives/negatives in automated classification systems

ATIK CAMERAS [ACIS 2.4]

The ATIK ACIS 2.4 is a high-speed CMOS camera powered by the Sony IMX249 sensor, designed for industrial inspection, robotic vision, traffic monitoring, and machine learning environments where crisp detail and efficient data handling are critical.

Performance Specifications

– Resolution: 2.3 megapixels (1920 × 1200 pixels)
– Sensor size: 11.4 × 7.2 mm (13.4 mm diagonal)
– Pixel size: 5.86 μm
– Full-well capacity: 33,000 e⁻
– Read noise: 3 e⁻
– Dark current: 0.03 e⁻/pixel/sec at -10°C
– Frame rate: 31 FPS
– Thermoelectric cooling: 35°C below ambient
– Maximum exposure: Up to 1 hour

Key Features

– Global shutter architecture captures every pixel simultaneously, eliminating motion distortion for high-velocity objects—unlike rolling shutter alternatives
– High-speed 31 FPS frame rate enables speed-sensitive imaging without compromise
– Large 33,000 e⁻ well depth maintains excellent signal-to-noise performance across bright and dark regions, offering wide dynamic range for unpredictable lighting
– Ultra-low read noise and minimal dark current ensure clean, usable long exposures
– Compact, mechanically flexible design with efficient TE cooling allows easy integration into space-constrained OEM devices, laboratory setups, and industrial rigs

ATIK CAMERAS [ACIS 7.1]

The ATIK ACIS 7.1 is a high-resolution CMOS camera built on the Sony IMX428 sensor, designed for applications requiring higher spatial detail and field of view without the computational overhead of very large sensor formats.

Performance Specifications

– Resolution: 7.1 megapixels (3208 × 2200 pixels)
– Sensor size: 14.5 × 10 mm (17.6 mm diagonal)
– Pixel size: 4.5 μm
– Full-well capacity: 25,000 e⁻
– Read noise: 3 e⁻
– Dark current: 0.03 e⁻/pixel/sec at -10°C
– Frame rate: 25 FPS
– Thermoelectric cooling: 35°C below ambient
– Mount options: M42 (T-mount) or C-mount

Key Features

– 4.5 μm pixels balance sensitivity with resolution, capturing fine detail at production-line speeds
– Global shutter design guarantees distortion-free captures for dynamic, high-velocity applications
– Clean, accurate imaging across a wide dynamic range adapts equally to bright environments and low-light scenes where SNR is critical
– Compact mechanical footprint with flexible mounting options enables easy integration into medical imaging systems, industrial vision platforms, and OEM devices
– Stable thermal performance with proven 35°C cooling delta ensures consistent operation during extended use

ATIK CAMERAS [Apx26]

The ATIK Apx26 is a compact, high-performance cooled camera designed for demanding low-light applications. Its standout features include exceptionally low read noise of 1.2 e⁻ in High Gain Mode and minimal dark current of 0.0008 e⁻/s/px at -15°C, enabling exposures up to 24 hours without image degradation. The thermoelectric cooling system reduces sensor temperature by 35°C below ambient, maintaining optimal signal-to-noise ratios during extended sessions. With a solid yet compact build and a frame rate of 4 FPS at full resolution, the Apx26 is well-suited for astronomy, Space Domain Awareness, and life science applications requiring both long-duration stability and versatile imaging capabilities.

ATIK CAMERAS [Apx60]

The **ATIK Apx60** is a high-performance cooled camera optimized for demanding imaging applications. It features a 3.76 μm pixel size with a full well capacity of 51,000 electrons, delivering exceptional resolution and wide dynamic range to accurately capture both faint and bright structures. With read noise as low as 1.2 e⁻ in High Gain Mode and ultra-low dark current of 0.002 e⁻/s/px at -15°C, the camera enables ultra-long exposures up to 24 hours with outstanding stability. Advanced thermoelectric cooling reduces sensor temperature by 35°C below ambient, effectively eliminating thermal noise during extended sessions. The Apx60 combines robust, durable construction with a compact form factor for straightforward installation and repeatable performance in challenging conditions.

ATIK CAMERAS [TE-47]

Based on the format provided, here is the TE-47 summary:

—

The ATIK TE-47 is a compact, research-grade CCD camera built around the proven e2v CCD 47-10 sensor, delivering uniform imaging performance across a manageable field of view for researchers and engineers.

Performance Specifications

– Resolution: 1 megapixel (1024 × 1024 pixels)
– Sensor size: 13.3 × 13.3 mm (square format)
– Pixel size: 13 μm
– Full-well capacity: 100,000 e⁻ (deep dynamic range)
– Thermoelectric cooling: 40°C below ambient
– Shutter: Optional physical shutter for precise frame control

Key Features

– CCD sensitivity with exceptional uniformity and image stability across temperature ranges
– Deep dynamic range captures both faint details and bright structures without saturation, ideal for high-contrast scenarios
– Hardware shutter enables temporal control superior to modern CMOS sensors, minimizing motion artifacts and supporting synchronized multi-camera systems
– Efficient, low-maintenance TE cooling—no additional infrastructure required
– Consistent performance across long sessions with stability for repeatable results
– Suitable for laboratory and field use
– Supports calibration workflows including dark frame subtraction

ATIK CAMERAS [TE-77]

The ATIK TE-77 is the powerhouse of the TE series, built around the e2v CCD 77 sensor for applications where sensitivity, depth, and dynamic range outweigh pixel count.

Performance Specifications

– Resolution: 512 × 512 pixels (0.26 megapixels)
– Sensor size: 12.3 × 12.3 mm
– Pixel size: 24 μm (extra-large)
– Full-well capacity: 315,000 e⁻ (unmatched capacity)
– Dark current: 0.0005 e⁻/px/s at -20°C
– Thermoelectric cooling: 40°C below ambient
– Exposure range: 0.01 seconds to 24 hours
– Frame rates: 3.678 FPS (preview), 0.688 FPS (low noise), 0.361 FPS (lowest noise)
– Shutter: Optional physical shutter for precise exposure timing

Key Features

– Extra-large 24 μm pixels deliver extraordinary photon capture efficiency, ensuring no signal goes to waste in extremely low-light environments
– Unmatched 315,000 e⁻ full-well capacity enables enormous signal accumulation before saturation, ideal for high-dynamic-range scenarios
– Ultra-low dark current combined with robust TE cooling virtually eliminates thermal noise during multi-hour exposures
– Hardware shutter minimizes motion artifacts and enables synchronized multi-camera arrays with exact timing control
– Marathon imaging capability supports exposures up to 24 hours for recording slow processes or accumulating extremely faint signals
– Adaptable frame rates allow workflow optimization—from fast preview alignment to maximum sensitivity for final data collection

ATIK CAMERAS [XGbE-60]

Perfect for multi-camera installations, it ensures reliable performance across complex imaging systems.

The XGbE-60 is a high-performance network camera built for complex, multi-camera setups. It uses a full-frame Sony IMX455 sensor (61MP) for exceptional image detail, connects natively via 10 GbE Ethernet for fast, long-distance, scalable deployment, and is designed to be straightforward to configure and manage.

JAI CAMERAS – [APEX MEDICAL SOLUTIONS SERIES]

The Apex Medical & Life Sciences Solutions is a series of 3-CMOS area scan cameras designed for medical imaging and life sciences applications. The system uses multi-sensor prism technology to deliver improved color fidelity and spatial accuracy compared to Bayer-pattern color cameras.

The cameras use a USB3 Vision interface, providing reliable high-speed data transfer and plug-and-play compatibility.

Sensor & Performance

Sensors: Sony Pregius IMX265 (3.2 MP models) and Sony Pregius IMX273 (1.6 MP models)
Frame rates:
- Up to 38 fps (3.2 MP)
- Up to 79 fps (1.6 MP)
Suitable for time-lapse imaging, EDOF, and high-throughput microscopy inspections

Software Integration

Fully integrated with microscopy imaging platforms:

Image-Pro
µManager

Color & Imaging Features

On-board color space conversion:
- RGB → HSI
- RGB → CIE XYZ
- RGB → sRGB / Adobe RGB
Independent analog gain and exposure control for R, G, and B channels for improved signal-to-noise ratio (SNR)
Built-in color enhancement function

Model Variants

Standard Apex models – general microscopy and imaging applications
LSX models – pre-screened to minimize dust, lint, and foreign object debris (FOD) in the optical path; white housings for clinical and laboratory environments
NF models – IR-cut filter removed for enhanced deep-red and near-infrared (NIR) sensitivity

Interface

Standard USB3 Vision interface for high-speed camera connectivity.

JAI CAMERAS – [APEX SERIES]

Prism-based 3-sensor RGB cameras delivering highly accurate color and superior spatial resolution for demanding color machine-vision applications.

Key points:
– Sensor/optics: 3-sensor R–G–B prism design with hard dichroic prism filters for steep spectral cutoffs and pure channel separation (no Bayer interpolation).
– Image quality: True per-pixel RGB raw data, higher color fidelity, better edge definition and finer detail resolution than Bayer cameras.
– Models & resolutions: Ten models — 1.6, 3.2, and 5.1 MP variants (AP-1600T, AP-3200T, AP-5100T).
– Sensors: Built on Sony Pregius / Pregius S sensors (IMX273, IMX265, IMX252, IMX548).
– Performance: Frame rates 12–126 fps depending on model and interface.
– Channel control: Independent analog gain and exposure per R/G/B channel for optimized SNR.
– Features: Pixel binning for improved sensitivity; Xscale sub-pixel rescaling on AP-5100T for tailored pixel size/sensitivity/resolution.
– Color processing: In-camera color-space conversions (RGB→HSI, RGB→CIE XYZ, RGB→sRGB/Adobe RGB).
– Interfaces: GigE Vision, Mini Camera Link, USB3 Vision, CoaXPress.
– Applications: Ideal for pharmaceutical, electronics, printing/packaging, microscopy, medical diagnostics where precise color and fine detail matter.

JAI CAMERAS – [FUSION FLEX EYE]

Multispectral cameras customized to your application requirements.

JAI’s innovative Flex-Eye technology lets you design the perfect multispectral camera to meet the needs of your imaging system. Flex-Eye combines JAI´s Fusion Series of prism-based multispectral area scan cameras with a custom design process where you specify the number of wavebands, the sensor resolution, and the ideal spectral range for each channel in your multispectral camera.

How it works(Customization Process – JAI Flex-Eye Technology)

Select camera configuration – Use the online configurator to choose the number of sensors, resolution, and sensor type (Bayer color or monochrome for the visible spectrum).
Define spectral wavebands – Use the interactive spectral chart GUI to drag and position wavebands at the desired wavelengths and bandwidths, configurable from 405–1000 nm with widths as narrow as 25 nm.
Submit configuration for review – Send the configuration to JAI for technical feasibility evaluation.
Specification confirmation – If feasible, JAI confirms the design, assigns a custom product number, and discusses any additional requirements before the purchase order is finalized.

The Sony IMX273 CMOS Sensor (1.6 MP per waveband) and Sony IMX252 CMOS Sensor (3.2 MP per waveband) provide high image quality and fast frame rates, supporting up to three simultaneous wavebands at full resolution. A Bayer sensor option in the visible spectrum can also be used for interpolation or additional spectral data extraction during post-processing.

JAI’s prism technology splits incoming light into multiple sensors through a single optical path, ensuring simultaneous capture and precise pixel alignment across all wavebands, eliminating the need for software-based alignment. 10 GigE multi-stream interfaces allow independent or combined analysis of each waveband, with auto-negotiation to adjust to slower network speeds when required.

Support for hundreds of applications and configurations
The versatility of the Flex-Eye solution creates hundreds of different possibilities for a wide range of multispectral imaging applications such as those shown below. You define the exact spectral configuration that will give your vision system the capabilities and the competitive edge that you are looking for.

Crop health, intelligent farming, environmental studies…	Surgical guidance, life sciences, forensics…	Electronics, recycling, scientific research…
Inspection of fruits, vegetables, nuts, grains, tea leaves…	Currency inspection, passports, biometrics…	Pharmaceuticals, cosmetics, and their packaging…

Here are just a few of the multispectral configurations possible with Flex-Eye

JAI CAMERAS – [FUSION SERIES]

JAI’s Fusion Series of multispectral prism cameras provide simultaneous images of multiple wavebands through a single optical path. The cameras split incoming light into two or three separate sensors with precise pixel-to-pixel alignment regardless of motion or viewing angle.

Fusion Series cameras are ideal for life sciences or surgical applications using NIR fluorescence; for intelligent farming techniques such as NDVI/NDRE vegetation analysis or autonomous weed removal systems; for fruit, vegetable, and other types of food sorting or inspection; for electronics/PCB inspection; and much more.

You can choose from several standard models with predefined configurations of visible and near-infrared (NIR) wavebands, or you can use JAI’s innovative Flex-Eye technology to design your own configuration with two or three custom wavebands perfectly tailored to your application requirements.

See the available models in the camera table below.

More about JAI Flex-Eye technology
Learn more about Flex-Eye multispectral customization options

Standard or custom-designed configurations with up to three wavebands and up to 3.2 megapixels per channel.
Custom waveband specifications (Flex-Eye concept) as narrow as 25 nm located in the 405-1000 nm range (visible – NIR).
Simultaneous high-speed capture and output via 10 GigE multi-stream interfaces.

JAI CAMERAS – [GO SERIES]

The JAI Go Series is a compact, entry-level machine vision camera line that punches above its weight. At just 29 × 29 × 41.5 mm and under 50 grams, these rugged cameras fit tight spaces and weight-critical applications think robotics, drones or embedded systems while surviving 80G shocks and 10G vibrations in harsh industrial environments.

Key Features:
– High-performance CMOS sensors (IMX250, IMX264, IMX174, IMX249, Lince5M) with global shutters for crisp moving images
– Specialized variants: Polarization (IMX250MZR) and UV (IMX487) models for advanced imaging needs
– Flexible interfaces: USB3 and GigE options to match your setup
– Reliability: MTBF exceeding 180,000 hours with standard 3-year warranty