iCR3600

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The iCR3600 gets the job done. Introducing our flagship system – a rugged, dependable, single-plate scanner designed to go where other digital systems cannot. A proven solution, the iCR3600 has earned global acclaim from clinics, hospitals, emergency response services, the military, mobile facilities, and non-destructive testing users for its image quality and reliability. Physicians that require a dependable imaging system can now achieve amazing workflow at a much lower cost than comparable computed radiography solutions.

Technology

Specifications

We can scale the 3600 system to fit your practice needs. Possible upgrades include: increased throughput, a barcode reader, higher quality optical sensors, and an embedded PC.

True Flat Scan Path

A common problem with many computed radiography scanners is that phosphor screens are damaged over time as they are bent, folded, or bumped. The icR3600 overcomes this dilemma through our True Flat Scan Path™ (TFSP) technology. Our phosphor screens never leave the protecting casings of the cassette, thus preserving image quality and preventing damage during image acquisition.

TFSP offers long-term excellence in image quality. It promises over 300,000+ images per phosphor screen. No one in the market has come close to this level of quality assurance.

Powered by ICE-2

ICE-2 is the next generation of image processing. We upgraded our processing algorithm to enhance visuals, maximize resolution, and offer advanced evaluation tools for image manipulation. Our automatic image processing package increases visualization of fine-line detail and soft-tissue contrast. The Smart Smoothing™ technology improves image quality while preserving diagnostic detail for thicker body parts.

In addition to standard phosphor, 3600 offers Crystal IP™, ultra-thin and lightweight cassettes composed of carbon fiber, aluminum, and steel. This robust framework is designed to withstand a demanding work environment. 

Through Crystal IP technology, specially grown crystals are positioned side-by-side to provide a higher phosphor packing density than the industry standard. The crystals guide electromagnetic waves, reducing light spread in the phosphor layer. This results in ultra-high resolution images and high x-ray absorption at a much lower dose than the average phosphor screen.