フューチャーコネクト List of News Articles

We have started selling a 10.1-inch wide touch monitor. The touch panel technology used is "Projected Capacitive (P-CAP)," which is also adopted in smartphones and tablet devices. It responds to light touches and allows for multi-touch input, as well as operations such as rotation, zooming in, and zooming out.

Future Connect Co., Ltd. manufactures and processes special cables, assembles electronic devices, and designs sheet metal. We can create original products according to your requests. Please provide us with information such as drawings and quantities, and we will consult with you to provide a quotation.

At the end of 2012, FCC announced the release of the industrial 15-inch and 17-inch ultrasonic surface acoustic wave touch panel monitors "TD1501SB" and "TD1701SB," which are currently on sale and receiving positive feedback. Unlike the resistive touch panel monitors previously handled, the ultrasonic surface acoustic wave touch panels feature high transparency, durability, and scratch resistance, resulting in high stability and a long lifespan. They are utilized in various applications such as public information terminals, retail terminals, restaurant reception terminals, and search terminals. Two color options are available: white and black.

Generaltouch's new technology, PIT - Projected Infrared Touch, was announced in December 2012 in Munich, Germany. This technology meets all market needs, achieving the thinnest bezel, a sophisticated design, and excellent multi-touch performance, and has also obtained the Windows 8 logo. The new product using this technology is scheduled to be launched in Japan starting in October 2013. Overview Generaltouch has over 10 years of experience in the touch panel industry and is working on the development of a culmination product that utilizes the infrared touch technology gained from previous technological developments, employing a new structure to completely resolve the disadvantages of existing touch panel products in the market. Structure and Operating Principle Unlike conventional infrared methods, the light-emitting and light-receiving LEDs are placed on the back side. The structure reflects light with a reflector to sense it on the surface. When the screen is touched, the light is blocked, allowing the touch position to be detected from both vertical and horizontal directions. For more details, please visit the website of Future Connect Co., Ltd.