Led Light Diy Hexagon Lights Geometry Splicing Decoration With Touch Switch

We are determined to work hard to promote the development of 8mm led strip, led strip box, led signage industry and contribute to the development of the industry. We hope to guarantee and intellectually support with solid talents, thus shaping a high-quality talent team. Our company keeps fulfilling the promise to our customers, meeting and exceeding their requirements, and making them satisfied.

High Resolution LED Panel

This programmable LED panel is designed as high resolution dynamic backlight for animated light box with fantastic motion eye-catching effect. With the high resolution LED panel backlighting behind the fabric, it makes your image vivid, highlighting your brand or creating amazing artistic conception.

Features

1. This dynamic backlight system could play various media animation smoothly

2. Various expressions and vivid contents with powerful visual impact

3. Significantly improve the service life of led through low voltage and low current

4. The distance of the panel is suggested to be 1.5-2cm away from the fabric

5. Suitable for small, middle, large display applications

Specification

Packaging

Application

Retail stores, shopping malls, supermarkets, specialty stores, monopolistic shops, etc.

Our Production Ability

We have 3 groups of SMT production lines and 6 sets of SMT machines.

The new Hanwha Samsung SM471 PLUS SMT Chip shooter machine delivers world-class top speeds of 75,000 CPH. 0402Chip ~ 14mm can be basically corresponding.

We constantly give new connotation and value to our LED Light DIY Hexagon Lights Geometry Splicing Decoration with Touch Switch, renew new vitality and gain maximum customer satisfaction. With a pragmatic and innovative spirit and an attitude of always serving users, we provide users with cheap and good-quality products. We strive to create and maintain excellent business performance, effectively responsible to investors and shareholders, and create sustainable returns for them.