Designed for classroom use, the new InFocus projectors cut 3D’s cost-of-entry and leverage the company’s experience in offering 3D projection through its collaboration with Lightspeed Design.

With 3D televisions coming to consumers’ homes, the adoption of large format 3D displays in teaching environments goes beyond entertainment to break new ground in visual learning.

A recent government-funded study on the effect of 3D in the classroom showed that students’ pre-test vs. post test scores improved up to 35% after seeing a lesson in 3D compared to the mere 9.7% increase experienced by the group who did not view the lesson in 3D.

“With 3D interactivity, students are engaged in simulated, immersive experiences that deliver multi-dimensional understanding that standard two-dimensional imaging can’t touch,” Lightspeed Design president Chris Ward says.

“For example, medical students can see virtual surgeries being performed, or explore the make-up of molecules and DNA strands in intricate detail.”

The IN100 series, and the IN2116 and IN3116 3D projectors are specifically designed for educational environments and feature native resolutions from SVGA to WXGA, a full range of input and output connection options including wireless and networking, high brightness from 2500 to 3500 lumens and long-life lamps for years of maintenance-free, reliable operation.

Costing no more than a standard 2D projector, these projectors can switch easily between normal 2D projection and 3D.

Over the past six years, InFocus and Lightspeed Design have delivered 3D solutions via InFocus DepthQ HD 3D Projectors to institutions whose work showcases a range of innovative uses for 3D.

Researchers at the University of Louisiana at Lafayette have incorporated three InFocus DepthQ HD 3D Projectors to create the CAVE Virtual Reality Environment in collaboration with the Human Research and Engineering Directorate of the U.S. Army Research Lab. The three-sided virtual reality immersion room incorporates an omni-directional treadmill, bio-sensors and motion capture to study the cognitive load on soldiers in highly stressful, rapidly changing scenarios.

In Austria, an interdisciplinary team of radiologists, surgeons and engineers are using the DepthQ HD 3D projector in their development of the “Virtual Liver Surgery Planning System” (VLSPS).