2009 Machine Tool Industry Standardization Advanced Collective
National Metal Cutting Machine Standardization Technical Committee
National Special Machine Tool Standardization Technical Committee
National Industrial Machinery Electrical System Standardization Technical Committee
National Tool Standardization Technical Committee
National Standardization Technical Committee for Measuring Instruments
National Abrasives Standardization Technical Committee
National Metal Cutting Machine Standardization Technical Committee Milling Machine Subcommittee
National Metal Cutting Machine Standardization Technical Committee Grinding Machine Subcommittee
National Metal Cutting Machine Standardization Technical Committee Lathe Sub-Technical Committee
2009 list of advanced workers in the machine tool industry standardization
National Tool Standardization Technical Committee: Cha Guobing Shen Shichang Zhao Jianmin
National Standardization Technical Committee for Measuring Instruments: Deng Ning Jiang Zhigang
National Abrasives Standardization Technical Committee: Zhong Yanzheng Lu Shenfeng
National Woodworking Machine Tool and Tool Standardization Technical Committee: Zheng Li
National Metal Cutting Machine Standardization Technical Committee: Li Xiangwen Wang Xinghai Hu Ruilin Zhang Jiagui
Zhang Wei Xu Liting Wu Jingping Wang Xiaohui Zhang Xiulan
National Forging Machinery Standardization Technical Committee: Ma Liqiang Xing Jibai
National Foundry Machinery Standardization Technical Committee: Wu Zhengtao, Song Qiang
National Industrial Machinery and Electrical System Standardization Technical Committee: Huang Zuguang, Chen Jianming, Yu Dong
National Machine Tool CNC System Standardization Technical Committee: Jin Jian
National Special Machine Tool Standardization Technical Committee: Yu Zhisan
Planar beam load cells, otherwise known as planar force sensors, are designed for compact solutions where there's limited space. They can be effectively used as single units or as a part of a multi-load cell structure for platform scales.
These innovative sensors are most utilized in applications that require three or four units per instance, focusing on point-of-sale scales or weighing systems ranging from 10 to 400 pounds. Their sleek, low-profile design makes them a preferred choice for a wide spectrum of uses. They find application in medical settings for weighing hospital beds, chairs, infants, and equipment within incubators.
Furthermore, their usage extends to retail sectors, incorporated in checkout counters and retail scales. Agricultural setups also benefit from these sensors for various devices, bench scales being a prime example.
Among these, the ultra-thin flat sensor is a popular choice owing to its portability and aluminum alloy construction. Primarily, it caters to the needs of weight scales, postal scales, and other handheld ultra-thin countertop electronic scales, enhancing convenience and accuracy in the weighing process.
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Zhejiang Nanhua Electronic Technology Co., Ltd , https://www.nhloadcell.com