In May, the company expanded again, and relocated the second time to the third phase of Fu'an Industrial City, Fuyong Town, Baoan District, Shenzhen.
In May, the fourth generation of new products
2014年
The new product PT560 series developed by the company in March is suitable for use in the field of strong light receiving in all kinds of outdoor sun, shielding the strong light interference of the sunlight, and can linearly output in the strong light signal.
2013年
Successfully developed a patch-type infrared launch pair in October, the product performance is stable after the reflow furnace welding, no dead lamp and power attenuation
2012年
After more than two years of evaluation and test, the photosensitive sensor of the new generation of infrared interference independently developed by the new generation of infrared interference was officially put into mass production, and introduced to the customer, the effect of filtered infrared rays was unanimously recognized.
2011年
In July, the company officially passed ISO9001 quality system certification.
Moving the factory in May, expand production again, moved to Fu'an Industrial City, Fuyong Town, Baoan District, Shenzhen
2010年
During the Shanghai World Expo, Xin Yongcheng successfully selected a private enterprise UNELG and conducted a 180-day private enterprise display.
In March, multi-touch application infrared transmit reception has successfully developed the management, comparing the similar products of peers, good angle, 30 ~ 50% of light intensity, and disturbing ambient optical interference
2009年
In September, the production scale was expanded, moved to Huifeng Science and Technology Park, Gushu, Xixiang Town, Baoan District, Shenzhen
In August, Japan's Sharp Graduate, the performance of the photosensitive device PT550, PT850 series of materials produced by Xin Yongcheng, designated to use the new air conditioner control board for use, lasting
In July, the PT850 series of video controlled special photosensitive devices, induction distance and other control effects fully achieve the effect of traditional CDS, and meet environmental needs
