27 000 lumens and 4096 x 2160 resolution
Sites where image detail and image stability are essential will directly benefit from the advanced resolution and solid-state lighting platform of the INSIGHT Dual Laser 4K. In addition, applications where image consistency is a major concern, such as sites that simultaneously use the same content on multiple screens, will immediately benefit from INSIGHT's consistent semiconductor lighting performance. In environments where the projector will be installed in hard-to-reach locations, the impressive limited maintenance of the INSIGHT DUAL 4K LASER display will save time and maintenance costs.
With 20,000 hours of lighting life and no lamp replacement required, the INSIGHT 4K LASER family delivers bright, stable, and color-accurate images. All this with the amazing detail and subtle image that only a full 4096 x 2160 4K resolution can offer, all at about 40% of the size and weight of existing 4K projector solutions. In applications where a clear and compelling visual experience is a critical measure of success, Digital Projection's INSIGHT 4K LASER is there for you.
No lamp replacement = Low maintenance and budget
The elimination of lamp replacements due to the laser light source creates immediate value for any location. By bypassing regular lamp replacement cycles, almost all life-cycle costs for the LASER INSIGHT DUAL 4K are incurred at the time of purchase. This key feature allows the INSIGHT DUAL 4K LASER system to provide, in many cases, a substantially reduced cost of ownership over the life of the system. Rooms that seek to create a dazzling visual experience will deliver real cost savings with Digital Projection's advanced laser projector lighting technology
In addition to long life and constant lighting, the INSIGHT 4K displays offer unprecedented installation flexibility. With the LASER INSIGHT 4K, almost all tilt configurations, including portrait mode, are at your fingertips. INSIGHT 4K LASER projectors can be positioned vertically, horizontally and almost anywhere without degrading the light performance or lifetime of the light source.