Eiki EK-830U, 1 Chip DLP, Laser Light Source, 10,000 Lumens, 1920 x 1200, 16/10, 10,000:1, 3D, *body only.

£13,754.90 Ex VAT

Eiki EK-830U, 1 Chip DLP, Laser Light Source, 10,000 Lumens, 1920 x 1200, 16/10, 10,000:1, 3D, *body only.

£13,754.90 Ex VAT

Eiki EK-830U, 1 Chip DLP, Laser Light Source, 10,000 Lumens, 1920 x 1200, 16/10, 10,000:1, 3D, *body only.

 

Optional Extras
Lenses:

Description

EK-830U and EK-831U have the highest brightness in EIKI laser projectors lineup which outputs over 10,000 lumens. This model equips a unique dual-track color wheel system which offers both high-brightness and wide color gamut. Due to some special features offering increase durability and this model provides virtually maintenance-free operation, and reduces total cost of ownership.
- Laser light source illuminates brightly up to 20,000 hours.
-Durable multi heat dissipation cooling function
-Color wheel made by high temperature ceramic sintering process
-Filter-less sealed optical engine design (IP6X)

Thanks to these features, this model has an ability to operate 24/7. Further, flexible installation ability and 7 option lenses with Japanese-made enables you to install at various places.

360-degree Projection for Laser Projector Laser technology enables free 360-degree installation through any axis. Furthermore, a powered lens shift and a wide range of optional lenses will helps flexible installation.
Portrait Projection Portrait mode provides more solutions for projection mapping, staging, digital signage and other needs.
Sealed Optical Engine Design (IP6X) The IP rating system provides the classification of the protection from dust. It employs sealed optical engine design and is classified as IP6X (No ingress of Dust) without filter. So, it offers to reduce the time and cost for maintenance.

 

Features

ANSI Lumen Range
  • 8001-12000
ANSI Lumens
  • 10000
Body Colour
  • Black
Illumination Type
  • Laser Phosphor
Manufacturer
  • EIKI
Max Contrast
  • 20,000:1
Model
  • EK-830U
Resolution
  • WUXGA
Type
  • 1 Chip DLP