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Intro paragraph: These virtual reality glasses offer basic 3D functionality at an accessible price point. Made from A-grade corrugated paper material, they provide compatibility with smartphones ranging from 4 to 6 inches in screen size. The glasses support multiple media formats including WMV, RMVB, ASF, AVI, MPG, WMA, RM, and WAV, enabling users to watch 3D movies and play 3D mobile games. With dimensions of 153mm by 83mm, these lightweight glasses work with both IOS and Android operating systems and include 1080 camera functionality.
Section intro: The virtual reality glasses combine simple paper construction with practical smartphone compatibility. Their design focuses on providing basic 3D viewing capability without complex electronics or high-cost components.
Section intro: These virtual reality glasses serve multiple purposes from educational applications to entertainment uses. Their compatibility with common smartphone operating systems makes them accessible to various user groups.
Section intro: The primary advantage of these glasses lies in their accessibility and compatibility with existing smartphone technology.

Virtual reality glasses made from paper material with 4-6 inch screen size compatibility for IOS and Android devices providing 3D movie viewing and 1080 camera support in a photo colour finish measuring 153mm by 83mm
£10.98
Sale price
£10.98
Regular price
Paper Virtual Reality Glasses Compatible with 4-6 Inch Smartphones for 3D Viewing

Features and Construction

Material and Build
Constructed from A-grade corrugated paper, these glasses feature a smooth surface finish free from collapse, wrinkles, or stratification. The paper material creates a lightweight structure that holds smartphones securely while maintaining comfort during use. The construction focuses on durability within the limits of paper materials, requiring careful handling to maintain structural integrity.Size and Practical Fit
Measuring 153mm by 83mm in appearance size, these glasses accommodate smartphones with screen sizes between 4 and 6 inches. The design specifically suits devices from 3.5 inches up to the maximum 6-inch width, ensuring compatibility with most modern smartphones. This size range provides flexibility for users with different device sizes while maintaining a consistent viewing experience across supported screen dimensions.Uses and Placement

Event or Professional Use
Suitable for students and staff in educational or professional settings, these glasses provide cost-effective 3D viewing solutions. The 1080 camera functionality supports basic imaging applications, while NTSC video input compatibility ensures standard video format support. Their lightweight paper construction makes them easily transportable for demonstrations or presentations requiring 3D visualisation.Everyday Home Use
For home entertainment, these glasses enable 3D movie viewing and mobile game experiences using standard smartphone media formats. The compatibility with both IOS and Android devices means households with mixed operating systems can share the same equipment. The simple paper construction requires minimal storage space and can be easily replaced if damaged through normal use.Benefits and Buying Value

Reuse and Low Maintenance
As paper-based equipment, these glasses offer straightforward maintenance requiring only careful handling to avoid damage. Their compatibility with standard media formats means users can continue using existing digital content libraries without conversion. The glasses work with smartphones already owned by users, eliminating the need for additional dedicated hardware investments.Why Choose This Product
These glasses provide entry-level 3D functionality at a lower price point than electronic VR alternatives. The combination of smartphone compatibility, multiple format support, and dual operating system functionality creates practical value for users seeking basic VR experiences. The specific 4-6 inch screen size range ensures proper fit for most modern smartphones while maintaining image quality and viewing comfort.
