1 888 509 8455 | clientservice@integrys.com

Medical

Integrys ensures medical computers, cameras and healthcare technology stay current, compliant and compatible.

Technology turnover in healthcare is relentless. Medical professionals demand more portable and more automated equipment with smaller footprints, plus interfaces that let new users get up-to-speed fast.  Gaining FDA certification can be a long road, and the last thing you need is for your selected hardware to become obsolete or no longer available.

At the same time, regulators insist on ever-tighter documentation management, with demonstrated configuration control, strict version tracking, and traceability systems. And systems providers face new antiseptic workplace and process requirements.

How do you keep track of what’s coming and which are the most robust new technologies? How do you manage integration with proprietary equipment and compatibility with legacy systems? How do you ensure future parts and service reliability? Who can do all this and demonstrate ISO compliance? Integrys is your answer. We have the capacity and track record to configure your new applications, manage supply-chain issues, and perform overhaul and repair services with commercial off-the-shelf (COTS) components.

We can meet your healthcare requirements with:

  • Cutting-edge, medical computer and imaging technology.
  • Industry-leading, value-chain management.
  • Compliant documentation systems.
  • Engineering experience to ensure compatibility.

For over 50 years, Integrys has built its expertise in healthcare applications and developed the manufacturer relationships needed to deliver proven solutions with unparalleled parts and service reliability. 

We are experts at integrating legacy- and cutting-edge technology. Recently, for example, we integrated both stored and live images from a variety of healthcare databases into one accessible system.

Showing 49–64 of 232 results


  • The camera has a small size, light weight, and is built around Kodak´s KAI-16000 Interline transfer CCD image sensor with a 43.3 mm image diagonal.

    • 4904/4872 x 3280/3248
    • Mono and color – 8/10/12/14-bit data
    • Normal and over-clock operation (3.2/4.2 fps)
    • Base CameraLink
    • Two dimensional Flat Field Correction
    • RS232 serial communication
    • Analog and digital gain and offset control
    • 1x, 2x, 3x, 4x, 8x horizontal and vertical binning
    • Eight (8) independent horizontal and vertical AOIs
    • Programmable horizontal and vertical resolution
    • Programmable line time, frame time and speed

     

  • The camera has a small size, light weight, and is built around Kodak´s KAI-11002 Interline transfer CCD image sensor with a 43.3 mm image diagonal.

    • 4032/4008 x 2688/2672
    • Mono and color – 8/10/12/14-bit data
    • Normal and over-clock operation (4.9/6.5 fps)
    • Base CameraLink
    • Two dimensional Flat Field Correction
    • RS232 serial communication
    • Analog and digital gain and offset control
    • 1x, 2x, 3x, 4x, 8x horizontal and vertical binning
    • Eight (8) independent horizontal and vertical AOIs
    • Programmable horizontal and vertical resolution
    • Programmable line time, frame time and speed

     

    • 4000 x 2672 pixels @ 5 fps
    • mono or color
    • 8/10/12 bit selectable data output
    • Base Camera Output
    • Single or Dual tap operation
    • Serial communication
    • 32 bit RISC processor
    • Horizontal and vertical binning
    • Highly programmable: resolution frame rate electronic shutter, long integration synchronized trigger, pre-exposure fast triggering, double exposure strobe output, gain and offset area of interest user LUT
    • Dynamic Transfer Function correction
    • Dynamic Black Level Compensation Temperature monitor
    • Field upgradeable: SW FW LUT DPC Defective Pixel Correction
    • Automatic Iris Control – optional

     

    • 1000 x 1000 pixels @ 48 fps
    • 8/10/12 bit selectable data output
    • Base Camera Output
    • Single or Dual tap operation
    • Serial communication
    • 32 bit RISC processor
    • Horizontal and vertical binning
    • Highly programmable: resolution
    • frame rate electronic shutter long integration external trigger pre-exposure synchronized triggering double exposure strobe output gain and offset area of interest user LUT
    • Dynamic Transfer Function correction
    • Dynamic Black Level Compensation Temperature monitor
    • Field upgradeable: SW FW LUT DPC Defective Pixel Correction
    • Automatic Iris Control – optional

     

  • The Wave Series cameras are dual-band line scan cameras capable of sensing Short Wave InfraRed (SWIR) light. The cameras are based on Indium/Gallium /Arsenide (InGaAs) sensor technology and JAI’s prism line scan technology, making them capable of delivering dual-band imaging in the SWIR light spectrum (900 – 1700 nm).

    Avaliable Wave Series Cameras:  WA-1000D-CL camera

  • The WA-1000D camera delivers dual-band imaging in the SWIR light spectrum from 900 nm to 1700 nm, at a line rate of 39 kHz (39,230 lines/s).

    • Wave Series
    • Simultaneous dual-band imaging in the Short Wave InfraRed (SWIR) light spectrum.
    • Wavelength band : 900 nm to 1700 nm.
    • Enables you to acquire images that R-G-B and NIR will not be able to identify.
    • Active pixels : 1024 pixels x 2.
    • Line rate : 39 kHz (39,230 line/second).
    • Cell size : 25.0 μm x 25.0 μm.
    • Video output : 2 x 8-bit, 2 x 10-bit, 2 x 12-bit through Camera Link interface
      (available with Dual-Base configuration or 2-tap Medium configuration).
    • Pixel gain correction, Flat-field correction, LUT/Gamma function.
    • M52 lens mount.

     

  • Cost-effective family of boards for standard video capture and/or real-time JPEG2000 compression/ decompression

    Matrox MOR-IO* Add-on module for 12 additional CVBS inputs or 6 Y/C, 16 TTL I/Os and RS-485 serial port

     

  • Hyperspec® SWIR is built on a totally reflective concentric, f/2.0 optical design that includes aberration-corrected imaging in a lightweight design that is optimized for harsh environments. It provides 384 Spatial bands, 266 Spectral bands, and both Base CameraLink and RS232 connectivity

     

  • Hyperspec® NIR is built on a totally reflective concentric, f/2.0 optical design that includes aberration-corrected imaging in a lightweight design that is optimized for harsh environments. Two versions of Hyperspec NIR are available, each providing 320 spatial bands and 166 spectral bands. The R-Series has Base CameraLink connectivity while the X-Series uses USB.

     

  • Hyperspec® VNIR is built on a totally reflective concentric, f/2.0 optical design that includes aberration-corrected imaging in a lightweight design that is optimized for harsh environments. Three versions of Hyperspec VNIR are available: The N-Series provides 1004 spatial bands and 775 spectral bands (Base CameraLink connectivity). The A-Series provides 1004/837 with Base CameraLink connectivity, and the E-Series offers 1600/953 with Full CameraLink

     

  • sensor Sony IMX253
    type 1.1″ progressive scan CMOS
    resolution 4096 × 3000 px
    exposure time 0,037 … 60000 ms
    pixel size 3.45 × 3.45 µm
    acquisition formats
    image formats,
    frame rate max.
    Full Frame, 4096 × 3000 px, max. 31,0 fps
    Binning 2×2, 2048 × 1500 px, max. 31,0 fps
    Binning 2×1, 2048 × 3000 px, max. 31,0 fps
    Binning 1×2, 4096 × 1500 px, max. 31,0 fps

     

  • sensor Sony IMX250
    type 2/3″ progressive scan CMOS
    resolution 2448 × 2048 px
    exposure time 0,045 … 60000 ms
    pixel size 3.45 × 3.45 µm
    acquisition formats
    image formats,
    frame rate max.
    Full Frame, 2448 × 2048 px, max. 77 fps
    Binning 2×2, 1224 × 1024 px, max. 77 fps
    Binning 2×1, 1224 × 2048 px, max. 77 fps
    Binning 1×2, 2448 × 1024 px, max. 77 fps

     

  • sensor Sony IMX250
    type 2/3″ progressive scan CMOS
    resolution 2448 × 2048 px
    exposure time 0,043 … 60000 ms
    pixel size 3.45 × 3.45 µm
    acquisition formats
    image formats,
    frame rate max.
    Full Frame, 2448 × 2048 px, max. 77 fps
    Binning 2×2, 1224 × 1024 px, max. 77 fps
    Binning 2×1, 1224 × 2048 px, max. 77 fps
    Binning 1×2, 2448 × 1024 px, max. 77 fps

     

  • sensor Sony IMX264
    type 2/3″ progressive scan CMOS
    resolution 2448 × 2048 px
    exposure time 0,043 … 60000 ms
    pixel size 3.45 × 3.45 µm
    acquisition formats
    image formats,
    frame rate max.
    Full Frame, 2448 × 2048 px, max. 35,0 fps
    Binning 2×2, 1224 × 1024 px, max. 35,0 fps
    Binning 2×1, 1224 × 2048 px, max. 35,0 fps
    Binning 1×2, 2448 × 1024 px, max. 35,0 fps

     

  • sensor Sony IMX264
    type 2/3″ progressive scan CMOS
    resolution 2448 × 2048 px
    exposure time 0,043 … 60000 ms
    pixel size 3.45 × 3.45 µm
    acquisition formats
    image formats,
    frame rate max.
    Full Frame, 2448 × 2048 px, max. 35,0 fps
    Binning 2×2, 1224 × 1024 px, max. 35,0 fps
    Binning 2×1, 1224 × 2048 px, max. 35,0 fps
    Binning 1×2, 2448 × 1024 px, max. 35,0 fps

     

  • sensor Sony IMX265
    type 1/1.8″ progressive scan CMOS
    resolution 2048 × 1536 px
    exposure time 0,05 … 60000 ms
    pixel size 3.45 × 3.45 µm
    acquisition formats
    image formats,
    frame rate max.
    Full Frame, 2048 × 1536 px, max. 55,5 fps
    Binning 2×2, 1024 × 768 px, max. 55,5 fps
    Binning 2×1, 1024 × 1536 px, max. 55,5 fps
    Binning 1×2, 2048 × 768 px, max. 55,5 fps

     


Showing 49–64 of 232 results

Contact Integrys

Address

5805 Kennedy Road
Mississauga, ON L4Z 2G3

Phone:

Local Phone: 905-502-2070
Toll Free: 888-509-8455
Local Fax: 905-890-1959
Toll Free Fax: 888-509-8456

Email:

clientservice@integrys.com

About Integrys

For more than 50 years, Integrys has been the industry leader in selecting and evaluating new embedded, high-availability computer, imaging and video technology and engineering solutions for demanding markets and applications. The Integrys “seal of approval” is your assurance of proven value. These solutions include not only COTS products, but associated support and engineering services of value to our customers.

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