Cameras

now browsing by category

 

Ring Lights

Dark Field Lights provide illumination that is projected at a shallow angle to the imaging surface, 45 degrees or less. Typical applications include reflective flat surface defect or edge detection, where the majority of the light may reflect away from the camera on the flat, featureless surface but defects may scatter the light to the camera, creating feature appropriate contrast. Dark field illuminators can be dedicated ring lights, or any general bar or spot light oriented at low angles of incidence, depending on defect orientation. Very low angle dark field ring lights must be deployed at close working distances to be effective.

Bright Field Lights provide illumination directly onto an object, at angles of incidence above 45 degrees from horizontal, creating distinct shadows or general purpose illumination depending on subjects features.. This type of lighting is effective when used on objects requiring high degrees of contrast, but may create unwanted specular reflections when directed at shiny or reflective materials because of the high angle of incidence. Working distances can be short to very long.

Model Number: Wavelength(s): Intensity: Additional Information/options:
DF198 455nm 530nm 625nm RGB White 47,000 lux Diffuse dark field ring light
DF196 455nm 530nm 625nm RGB White 78,000 lux Diffuse dark field ring light
DF241 395nm 470nm 520nm 625nm 660nm 880nm Blue Green Infrared Red UV White 24,200 lux Small low-angle dark field ring light
RL1660 395nm 470nm 520nm 625nm 660nm 880nm White 2,500 lux Large low-angle dark field ring light
RL5064 395nm 470nm 520nm 625nm 660nm 880nm White 7,100 lux Dual function bright/dark field ring light
RL208 365nm 375nm 385nm 395nm 455nm 470nm 505nm 530nm 590nm 625nm 660nm 730nm 850nm 940nm White 41,400 lux High performance bright field ring light
RL-S052120 455nm 470nm 505nm 530nm 590nm 625nm 660nm 730nm 850nm 940nm White 33,300 lux IP67 bright field ring light
RL113 365nm 375nm 385nm 395nm 455nm 470nm 505nm 530nm 590nm 625nm 660nm 730nm 850nm 940nm White 45,500 lux IP67, high performance bright field ring light
RL127 365nm 375nm 385nm 395nm 455nm 470nm 530nm 590nm 625nm 850nm 940nm White 20,200 lux Large high dispersion, IP67, high performance bright field ring light, polarized, diffuse
RL121 365nm 375nm 385nm 395nm 455nm 470nm 530nm 590nm 625nm 850nm 940nm White 27,000 lux Small high dispersion bright field ring light, polarized, diffuse

Vieworks CoaXpress Cameras

VC Series

VC Series is high-resolution CMOS digital cameras for machine vision. Equipped with the latest global shutter CMOS image sensor technology available today, these cameras offer not only high-speed image processing capabilities but also precise exposure control. Furthermore, its outstanding noise reduction technology and a wide range of camera resolutions make these cameras ideal for use in various industrial inspection and scientific research applications.

Model Resolution Sensor Size FPS/Scan Rate Interface Cell Size Sensor
VC-12MX-M/C 180 4096 × 3072 APS-like 180 CoaXpress 5.5 x 5.5 µm AMS CMOSIS CMV 12000
VC-12MX-M/C 330 F 4096 x 3072 APS-like 330 CoaXpress 5.5 x 5.5 µm AMS CMOSIS CMV 12000
VC-25MX-M/C 72 5120 x 5120 35mm 72 CoaXpress 4.5 x 4.5 µm On Semi VITA-25K
VC-25MX-M/C 81 D 5120 x 5120 35mm 81 CoaXpress 4.5 x 4.5 µm OnSemi PYTHON-25K
VC-50MX-M/C 30 7920 x 6004 35mm 48 CoaXpress 4.6 x 4.6 µm AMS CMOSIS CMV 50000

VN Series

Pixel Shifting cameras are designed for applications where an object is stationary and extremely high resolution is required. Equipped with the Vieworks’ advanced pixel shifting technology based on a precise piezoelectric stage, the VN-29MC camera’s resolution can be extended from 29 megapixels up to 260 megapixels. With the VN-200MX camera, customers in the industrial market can take advantage of 427 million pixel resolution at 3 fps. Featured with ultra-high resolution, this new technology is ideal for inspection systems such as FPD, PCB and semiconductor as well as 3D imaging and digitizing of different objects.

Model Resolution Sensor Size FPS/Scan Rate Interface Cell Size Sensor
VN-25MX-M/C 72 25MP / 235MP* 35mm 72 CoaXpress 4.5 x 4.5 µm On Semi VITA-25K
VN-200MX-M/C 30 50MP / 430MP* 35mm 30 CoaXpress 4.6 x 4.6 µm AMS CMOSIS CMV 50000

*Pixel shift max resolution

VP & VNP Series

VP Series cameras are thermoelectric Peltier (TEC) cooled high performance digital cameras. These cameras use cooling technology developed for, and used by, many demanding medical market customers. The TEC maintains the operating temperature of the CCD at up to 20 degrees below ambient temperature. These cameras provide a stable operating condition or the ability to expose for a long period of time to increase camera sensitivity. These cameras are ideal for industrial applications such as FPD inspection and microscopy.

VNP Series, pixel shift camera equipped with thermo-electric Peltier (TEC) cooled, is designed not only for applications where extremely high resolution is required but also where high image quality is essential. The TEC maintains the operating temperature of the CCD at up to 15 degrees below ambient temperature to reduce noise significantly. Pixel shift technology based on a precise piezoelectric stage allows image captures as high as 420 million pixels using the VNP-190MX cameras. These cameras are ideal for applications such as FPD inspection, document/film scanning, research and scientific imaging.

Model Resolution Sensor Size FPS/Scan Rate Interface Cell Size Sensor
VP-50MX-M/C 30 7920 x 6004 35mm 30 CoaXpress 4.6 x 4.6 µm AMS CMOSIS CMV 50000
VNP-190MX-M/C 10 50MP / 420MP* 56.7mm 10 CoaXpress 5.5 x 5.5 µm Truesense KAI-47051
VNP-200MX-M/C 30 45MP / 420MP* 35mm 30 CoaXpress 4.6 x 4.6 µm AMS CMOSIS CMV 50000

*Pixel shift max resolution

GO Series Cameras

JAI’s Go Series delivers an exceptional blend of small size, high versatility, and excellent performance, all at an entry-level price, making the cameras a perfect starting point for a wide range of machine vision applications.

CMOS technology, low-noise pixels, global shutters, sequencer functions, and other advanced features help ensure image quality and operational flexibility beyond entry-level expectations.

All Go Series cameras measure 29 x 29 x 41.5 mm (excluding lens mount) and weigh less than 50 grams, enabling them to fit into small spaces or into vehicles or other applications where weight and size is critical.

They are ruggedly built for the real world, with robust housings and extensive shock (80G) and vibration (10G) testing to maximize their ability to withstand harsh industrial environments. The Go Series carry an MTBF-rating exceeding 180,000 hours – a guarantee for reliable operation and low-cost-of-ownership throughout the cameras’ lifetime.

Model Resolution Sensor Size FPS/Scan Rate Interface Cell Size Sensor
GO-2400M/C-PGE 1936 x 1216 1/1.2″ 48 GigE Vision 5.86 x 5.86 µm IMX174
GO-2400M/C-PMCL 1936 x 1216 1/1.2″ 165 Camera Link 5.86 x 5.86 µm IMX174
GO-2400M/C-USB 1936 x 1216 1/1.2″ 159 USB3.0 5.86 x 5.86 µm IMX174
GO-2401M/C-PGE 1936 x 1216 1/1.2″ 41 GigE Vision 5.86 x 5.86 µm IMX174
GO-5000M/C-PGE 2560 x 2048 1″ 22 GigE Vision 5.0 x 5.0 µm Lince5M
GO-5000M/C-PMCL 2560 x 2048 1″ 107 Camera Link 5.0 x 5.0µm Lince5M
GO-5000M/C-USB 2560 x 2048 1″ 62 USB3.0 5.0 x 5.0 µm Lince5M
GO-5100M/C-PGE 2464 x 2056 2/3″ 22 GigE Vision 3.45 x 3.45 µm IMX250
GO-5100M/C-USB 2464 x 2056 2/3″ 74 USB 3.0 3.45 x 3.45 µm IMX250
GO-5101M/C-PGE 2464 x 2056 2/3″ 22 GigE Vision 3.45 x 3.45 µm IMX264
GO-5101M/C-PMCL 2464 x 2056 2/3″ 35 Camera Link 3.45 x 3.45 µm IMX264

Apex Series Color Prism Cameras

JAI’s prism-based R-G-B cameras separate the incoming light into red, green and blue wavelengths, which are directed to three separate image sensors.

The cameras deliver exceptionally accurate R-G-B raw image data ideal for demanding color machine vision applications across a range of industries including pharmaceutical, electronics, printing/packaging and imaging in microscopy and medical diagnostics equipment.

The 3-sensor imaging technique provides more accurate per-pixel color values than those obtainable with the Bayer Mosaic technique relying on interpolation routines alone to define pixel color values. The cameras also offer more precise spatial resolution, enabling accurate edge detection and the ability to resolve smaller details.

The latest CMOS cameras in the Apex Series represent a large step forward in resolution, speed and color pre-processing functions all at a very reasonable price point.

This will enable many more vision designers to step up to the increased value that comes from incorporating a prism-based color camera from JAI.

Model Resolution Sensor Size FPS/Scan Rate Interface Cell Size Sensor
AP-1600T-PGE 1456 x 1088 1/2.9″ 24 GigE Vision 3.45 x 3.45 µm IMX273
AP-1600T-USB 1456 x 1088 1/2.9″ 79 USB3.0 3.45 x 3.45 µm IMX273
AP-1600T-PMCL 1456 x 1088 1/2.9″ 126 Camera Link 3.45 x 3.45 µm IMX273
AP-3200T-PGE 2064 X 1544 1/1.8″ 12 GigE Vision 3.45 x 3.45 µm IMX265
AP-3200T-USB 2064 X 1544 1/1.8″ 38 USB3 3.45 x 3.45 µm IMX265
AP-3200T-PMCL 2064 X 1544 1/1.8″ 55 Camera Link 3.45 x 3.45 µm IMX265

Time Of Flight Camera

Basler’s Time-of-Flight Camera

Basler’s Time-of-Flight (ToF) Camera provides you with a 2D and a 3D image in one shot. The Basler ToF Camera offers an attractive solution for a wide variety of applications including logistics, factory automation, and biometrics.

How Does a ToF Camera Work?
The measurement principle is based on the time the light needs to travel from the light source to the object and back to the camera; the further the distance, the longer the time taken. Both light source and image acquisition are synchronized in such a way that the distances can be extracted and calculated from the image data.

The Basler ToF Camera Highlights at a glance:

  • Resolution: 640 px x 480 px (NIR)
  • Frame Rate: 15 fps
  • Working Range: 0.5 m to 5 m
  • Accuracy: +/- 1cm (Scene dependent)
  • Interface: Gigabit Ethernet, GigE Vision and GenICam compliant
  • Lens: 57°h x 43°v
  • Software: Windows and Linux compatible
  • Easy to integrate and use
  • Total system cost reduction
  • 3D modeling possible
  • NIR LED’s used
  • Optimized for indoor applications

Basler Time of Flight Camera Datasheet