Discover the One-of-a-Kind Floating Sphere.
OmniGlobe
Floating Design
We introduce our new ‘floating design.’ The unique OmniGlobe projection technology allows the screen to be separated from the base, creating an impression of a freely levitating globe
Clarity Redefined: Our Non-Reflective Coating
Revolutionizing Clarity: Our Exclusive Manufacturing and Patented Coating Ensure a Mirror-Free Display.
Sharp. Sharper. OmniGlobe.
Unleash the future of visual brilliance with Panasonic 4K laser projectors, seamlessly combined for an unparalleled experience. Elevate your viewing with pixels multiplied by an extraordinary factor of 2.6.
Single HD
Dual 4K
Contrast
Experience next-level image quality with our innovative acrylic screens featuring a patented surface treatment. Our exclusive process enhances contrast, a key element for achieving superior visuals. Witness the difference yourself – the image on the right showcases our patented coating versus one without.
Light Distribution
Enlightening Innovation: Our patented mirror technology ensures optimal light distribution across every surface, delivering an unparalleled visual experience.
Brightness
Elevate your viewing experience with the all-new Panasonic 4K REQ series projector, offering customizable brightness options ranging from 8.000 to 30.000 ANSI lumens. Achieve exceptional clarity in room light conditions of up to 500 LUX, creating a harmonious overall image with our reflection-free surface technology.
Integrated Rail, Surround Speaker and
Ambient Light
We offer OmniGlobes in three variants:
- A budget version with a basic frame for integration into custom enclosure solutions.
- A standard version with a base and a separate kiosk terminal.
- A high end version for high-traffic locations. Contains a fully integrated and high-quality stainless steel frame, built-in speaker system, and ambient light.
Explore the lineup
OmniGlobe 80
Screen Diameter
32″(~80cm)
Screen Surface
2.04 qm²
Screen Patent
Enhanced Contrast Screen
Resolution
4K (3840 x 2400)
Pixels on Screen
up to 4.5 Mio Pixels
Lumen of Globe
8 000 to 15 000 Lumen
Ambient Light
up to 500 Lux
Projector Technology
1-Chip DLP Laser
Time until light output declines to 50 %
20 000 hours
Height
2.0 m
Total Weight
63kg
Total Power Consumption
620W
OmniGlobe 120
Screen Diameter
48″(~120cm)
Screen Surface
4.59 qm²
Screen Patent
Enhanced Contrast Screen
Resolution
DUAL 4K (2 x 3840 x 2400)
Pixels on Screen
up to 11.6 Mio Pixels
Lumen of Globe
16 000 to 30 000 Lumen
Ambient Light
up to 500 Lux
Projector Technology
1-Chip DLP Laser
Time until light output declines to 50 %
20 000 hours
Height
2.4 m
Total Weight
300kg
Total Power Consumption
1240W
OmniGlobe 150
Screen Diameter
60″(~150cm)
Screen Surface
7.17 qm²
Screen Patent
Enhanced Contrast Screen
Resolution
DUAL 4K (2 x 3840 x 2400)
Pixels on Screen
up to 11.6 Mio Pixels
Lumen of Globe
16 000 to 30 000 Lumen
Ambient Light
up to 400 Lux
Projector Technology
1-Chip DLP Laser
Time until light output declines to 50 %
20 000 hours
Height
2.6 m
Total Weight
320kg
Total Power Consumption
1240W
Learn what makes our globes extraordinary
OmniSuite Software
OmniSuite puts you in command, aligning your projection flawlessly to your spherical display and site, giving you instant control.
Content
Discover stunning visuals with OmniLibrary’s curated collection of on-demand stories. Immerse yourself in a world of inspiration and education like never before.
Questions? Answers.
What material is the OmniGlobe made of?
The globe, made of acrylic and covered in a special vinyl film screen. Produced and developed by us using patented and unique processes.
The base is made of stainless steel and refined wood produced by experts.
What about the maintenance?
The OmniGlobe is maintenance free. Like any other surface, the OmniGlobe will get dusty over time and will need to be gently dusted as needed. Projectors are running up to 30.000 hours without any services.
How do you get a framless picture on the sphere
Our patented mirror technology enables us to create a frameless and continuous 360° image. In addition, we have higher and homogeneous light distribution across the entire screen surface