Positioning and Market Fit:
The Celexon Mobile Projection Screen, model 1090332, is a high-quality, foldable projection screen designed to deliver stunning visuals in various settings. This 16:9 format screen with a size of 365.8 cm by 205.7 cm, offers an ideal solution for professionals seeking a versatile and reliable display system for presentations, events, or home office applications.
Key Features in Detail:
- 16:9 Aspect Ratio: This standard format ensures compatibility with most video sources and provides a cinematic viewing experience for your audience.
- Folding Frame Design: The foldable design makes the screen easy to transport, store, and set up, making it an ideal choice for mobile applications or events where space is limited.
- Front Projection Material: This material optimizes the image quality by providing a smooth, even surface for clear and vibrant visuals.
Application Scenarios & Use Cases:
The Celexon Mobile Projection Screen is suitable for various settings, including conferences, presentations, live events, broadcast studios, and even home offices. Its compact size makes it an excellent choice for professionals on the go who need a high-quality display system.
Target Audience & Their Benefits:
- AV Technicians: This screen offers a reliable and versatile solution for professionals responsible for setting up and managing audio-visual equipment.
- Integrators: With its easy setup and transport, integrators can quickly and efficiently install this screen in various settings.
- IT Managers: The high-quality visuals provided by the Celexon Mobile Projection Screen enhance presentations, improving communication within organizations.
- Event Organizers: This screen’s portability and ease of setup make it an ideal choice for events where a high-quality display system is required.
Technical Highlights:
The Celexon Mobile Projection Screen boasts a weight of 36 kg, ensuring stability during use. The lack of a remote control is not a disadvantage, as the screen is designed to be manually adjusted for optimal viewing angles.























