Weill Cornell Medical College

Christie's 3D immersive technology at Weill Cornell Medical College enables visionary breakthroughs in biomedical research. Using a four surface immersive environment including a walk-on floor gives Weill Cornell Superior 3D images for scientific research including molecular modeling, MRI and confocal reconstructions and gene network modeling.
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MotoBlend

Christie’s MotoBlend solution maximizes system contrast and optimizes dark scene applications.

Day or night, dark or light applications… why compromise your display system? Developed around Christie’s extensive experience with dynamic content utilized in today’s advanced visualization displays, Christie’s motorized optical blending helps maximize the best of both worlds when it comes to life-like images and DLP® based displays and environments – system contrast and optimized dark scene applications.

Christie’s optical blend solution is engaged or disengaged depending on the intensity of the image. Think you may have to sacrifice contrast or image quality? Well, think again… Christie’s motorized optical blending preserves your systems maximum contrast ratios at all times as well as maintaining optimum blends for all types of content.

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If you’re looking for an integrated display system that improves your user experience and is flexible enough to offer zero compromise between your light and dark scene applications… Christie’s got the solution for you.

Christie TrueIMAGE™ Integration Tools

When designing advanced visualization displays, factors such as geometry, image blending and warping, resolution, color and brightness uniformity, and latency are key criteria that must be addressed. It with these key visual environment factors in mind that Christie offers TrueIMAGE Integration Tools as part of the complete Christie TotalVIEW package.

Customizable, reliable and efficient integration tools that meet even the most demanding requirements, Christie TrueIMAGE Integration Tools offer:

  • Reduced location resource requirements
  • Increased customer independence in terms of display maintenance
  • More realistic displays
  • Enhanced visual performance of the complete system
  • Optimized displays for individual applications