Overview

Range/Series Overview

IMPORTANT: This Range/Series overview section describes the range of which this product belongs. Features of different versions might be mentioned and may not apply to the specific product on this page. Please view Specs for specification of product.The DICOTA notebook privacy filter is designed to provide privacy protection for users of 14-inch displays. With a 2-way privacy feature, it blocks viewing angles to ensure sensitive information remains confidential. Installation is easy due to the magnetic installation type, allowing users to quickly secure the filter in place and remove it when needed. This filter is made from durable PET material, making it scratch resistant while also being anti-reflective and fingerprint-proof, adding another layer of convenience for daily use.Featuring a limited viewing angle of +/- 30 degrees, this privacy filter protects user data from onlookers while allowing the user to enjoy a clear view of the screen. Additionally, the filter includes touch capability and offers 43% blue light cutting to reduce eye strain during prolonged use. Ideal for professionals and students alike, the DICOTA privacy filter is a practical accessory for maintaining privacy and enhancing visual comfort on the go.

Features Summary

Effective privacy protectionThe privacy filter features a 2-way protection design that limits visibility from both sides of the screen, keeping sensitive information secure from prying eyes.
Easy installationThe magnetic installation type allows for quick attachment to the notebook screen, facilitating easy removal whenever necessary.
Eye comfortWith 43% blue light cutting technology, this filter helps minimize eye strain and discomfort during long usage sessions, ensuring a pleasant viewing experience.
Durable constructionMade from scratch-resistant PET material, this notebook privacy filter is built to withstand daily wear and tear, keeping your screen well-protected.
Touch capable designThis filter maintains touch sensitivity, allowing users to interact with their devices smoothly while ensuring visual privacy is preserved.