Smart tablet and smart LCD film

It is learned that Shenzhen Weike Optoelectronics Co., Ltd. (hereinafter referred to as “Weike Optoelectronics”) has recently announced the completion of tens of millions of yuan in financing. This round of financing was led by Chuangfang. Lihe Qingyuan Capital followed up with the investment. It is reported that the company plans to become a platform company based on flexible liquid crystal material technology in the future.

Wicue was established in March 2014 and is located in Shenzhen, Guangdong Province. Focus on R & D and production of flexible liquid crystal materials and application products, including liquid crystal writing tablets, light and dark light-changing films for automotive and architectural windows, dimming and changing liquid-crystal sunglasses, light-changing snow glasses, and helmets, etc. At present has Applications in consumer electronics, smart cars, etc.

Previously, we introduced the LCD tablet and In-vehicle flexible LCD dimming film business, according to the leading investment team Chuang Dongfang Investment Team, the company has a number of patented cores Products, independently developed automated roll-to-roll liquid crystal film production equipment, high production automation efficiency. At the same time, the company’s products have been continuously upgraded with applied materials and technologies, and the tablet products have the characteristics of high brightness and high contrast; the liquid crystal bright and dark light-changing film has the characteristics of heat insulation, zero-haze, wide range of variable light, and fast response; Glasses and LCD helmets feature fast variable light response and large variable light range.

The following is a report on the “Weiku Technology”, a company of “Weiku Optoelectronics”, in December 2019:

Black technology that allows auto glass windows to automatically adjust brightness and display static information with external light has arrived. It is worth mentioning that this technology is not limited to automotive scenarios, and mobile phone, glasses, helmets, architecture and other application fields related to light-transmitting lenses have room for development.

Founded in early 2019, “Weiku Technology” is located in Hengqin New District of Zhuhai and belongs to “Weiku Optoelectronics”. Different from the liquid crystal handwriting film mainly promoted by “Weiku Optoelectronics”, “Weiku Technology” is mainly engaged in the R & D and production of automotive flexible liquid crystal dimming films and related products.

Compared to the more common flat liquid crystal films on the market, flexible light and dark liquid crystal films are based on their flexible substrates, which can be made into “arbitrary shapes” to meet the “special shape” needs of scenes such as glasses, architectural glass, and automotive sunroof. Can adjust its brightness as the external environment changesEtc., for more scene settings.

Weiku Technology revealed to the team that at the time, the team made breakthrough progress in the research and development of flexible light and dark liquid crystal film, and found that the market area for its applicable fields was very broad, so the team was formed, hoping to accelerate the industry of the project 化 process.

The manufacturing process of liquid crystal materials brings together intensive high-tech technologies such as complex chemical synthesis, purification and compounding technology, physical property testing and analysis. Therefore, the industry’s biggest barrier is its technical barriers. Japan’s “DNP”, South Korea’s “LG”, Germany’s “Merck”, and several Chinese display giants all invested heavily in technology research and development, and solidified their market share.

Compared with other players, “Weiku Technology” believes that the company’s competitive advantage comes from its unique “flexible” light and dark liquid crystal film technology and the fully automatic flexible roll-to-roll LCD production line that produces this film.

The main highlights of this technology can be expanded around the following points: