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hardware flow control. It is an ideal choice in the field of industrial automation.
In June 2018, Yaskawa (China) Robot Co., Ltd. held a completion ceremony for its third factory in Changzhou. In October, Japan”s FANUC Robotics Chongqing base
project started construction and is expected to be completed in the first half of 2019. After reaching capacity, it will achieve an annual output value of more than 200
million yuan. Local areas compete for new opportunities in high-end manufacturing
From government procurement and local industrial policies, we can see that all regions are competing for new opportunities in digital and intelligent transformation,
and high-end manufacturing, represented by robots, has become the focus of local efforts.
At the CIIE, robot companies received intensive orders. Analysts from the 21st Century Economic Research Institute found that high-end manufacturing, smart
and high-end equipment, new energy vehicles, etc. have become the focus of procurement in the procurement lists of multiple provincial trading groups.
Official data shows that of the US$57.83 billion in intended turnover at the CIIE, the smart and high-end equipment exhibition area had the highest turnover, reaching
US$16.46 billion. Some exhibitors at the exhibition said that they had never received so many large customers from state-owned enterprises and local governments in
one day, and the total order volume far exceeded expectations.
The representative city that focuses on high-end manufacturing is Shanghai, where the service industry accounts for more than 70%. In the “Thirteenth Five-Year
Plan for the Transformation and Upgrading of Shanghai”s Manufacturing Industry” released at the end of 2016, high-end manufacturing is regarded as an important
breakthrough for industrial transformation.
In the past two years, Shanghai”s investment promotion in the field of high-end manufacturing has also been fruitful. A number of major projects such as robots,
new energy vehicles, large aircraft, and integrated circuits have been launched one after another. Take robots as an example. As a carrier of intelligent manufacturing,
Shanghai has gathered domestic and foreign leading robot companies including ABB, KUKA, SIASUN and Xinstar. Currently, robot output accounts for more than 20% of the country”s total.
In the first half of 2018, Shanghai”s non-state-owned economic and industrial investment increased by 32.9% year-on-year, with major projects distributed in various
industries such as auto parts, clothing, and robots. High-end manufacturing projects introduced in Shanghai this year include the Tesla Gigafactory, which plans to
produce 500,000 pure electric vehicles per year , and the
ABB Robotics Gigafactory, which plans to produce 100,000 robots per year. The latter will realize “making robots with robots”. After being put into production in 2020,
the total output of high-end industrial robots made in Shanghai will double.
As a manufacturing hub in the central and western regions, Chongqing is also making continuous efforts in high-end manufacturing. In 2018, Chongqing held the first
China Smart Expo, focusing on smart manufacturing and hoping to build a project exchange and docking
platform in the field of smart manufacturing. In November, Chongqing released “Nine Policy Measures to Reduce the Cost of Manufacturing Enterprises”, which will
reduce the cost of manufacturing enterprises by more than 30 billion yuan each year. Chongqing also supports key enterprises to increase their efforts in intelligent
transformation of equipment, with a maximum subsidy of 5 million yuan for a single project.
In terms of project investment, three of the four major robot families have settled in Chongqing to invest, including ABB from Switzerland, KUKA from Germany, and
FANUC from Japan. At present, there are more than 300 robot companies in Chongqing, and the number of industrial robot companies has exceeded 120.
A mature robot market should have 70 robots per 10,000 jobs. Countries with relatively developed robot applications, such as South Korea, Germany, Japan, etc.,
already have 300 robots per 10,000 people, while China is far lower than the previous one. numbers, let alone compared to developed countries. In 2016, China”s
“Robot Industry Development Plan (2016-2020)” proposed that the density of industrial robots (the number of industrial robots used per 10,000 workers) should reach more than 150 by 2020.
How to support high-end industries locally
Analysts from the 21st Century Economic Research Institute combed through the high-end manufacturing support policies in Shanghai, Chongqing,
Shandong and other places and found that most of them focus on industrial land, fiscal and tax support, etc.
Shanghai has proposed seven safeguard measures: reforming the industrial system and mechanism, coordinating industrial land use,
increasing fiscal and taxation support, promoting the integration of industry and finance, building a talent system, implementing an open development
strategy, and improving the planning and implementation system. Jiangsu implements a high-end equipment research and development catch-up project,
focusing on the development of 13 fields such as electronic industry equipment and intelligent complete sets of equipment.
Zhejiang implements special projects for equipment with major shortcomings, focusing on ten major fields such as rail transit, robots and
intelligent manufacturing equipment.
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DAPC100 3ASC25H203 | ABB | Control panel kit
DSDI303 57160001-CX | ABB | Digital input module
PPC905AE101 3BHE014070R0101 | ABB | PC board
PPC902AE101 3BHE010751R0101 | ABB | Circuit board module
PPC380AE01 HIEE300885R1 | ABB | High voltage circuit board
PPC380AE02 HIEE300885R0102 | ABB | processing unit
PPC902CE101 3BHE028959R0101 | ABB | High voltage circuit board
PPC322BE HIEE300900R0001 | ABB | PP C322 BE1 processing unit
PFRL101D-5kN | ABB | PFRL 101D-5kN load cell
TC513V1 3BSE018405R1 | ABB | modem
DI86-32 57275782 | ABB | Digital input module
DC551-CS31 1SAP220500R0001 | ABB | Bus module
PXAH401 3BSE017235R1 | ABB | Operating panel
CMA125 3DDE300405 | ABB | Pulse amplifying plate
HEDT300272R1 ED1782 | ABB | Pulse input module
HEDT300813R1 ED1633 | ABB | Frequency converter accessories
HEDT300340R1 ED1780A | ABB | Bus repeater module
HEIA303892R1 ED1251A | ABB | Communication module
DP620 3BHE300016R1 | ABB | Power module
VD86-AMP 572B8001 | ABB | Programmable controller
YPQ203A 3ASD510001C17 | ABB | Robot board
DSPC171 57310001-CC | ABB | System module backplane
CT302A GJR2167200R0001 | ABB | CPU processor
HESG447260R2 70BA01C-S | ABB | Processor power module
HEDT300254R1 ED1790 | ABB | Digital I/O module
YPM106E YT204001-FN | ABB | Power electronic module
UNS4881BV1 3BHE009949R0001 | ABB | Ethernet module
UNS4881b,V4 3BHE009949R0004 | ABB | Thermal resistance power module
UNS2980c-ZV4 | ABB | Pulse amplifier plate
UNS2882A 3BHE003855R0001 | ABB | Pulse trigger plate
UNS0874C V.1 3BHB002651R1 | ABB | Power connection board
UNS0874A | ABB | Numerical control module
UNS0122A-P | ABB | Processor end module
UNS0119A-P,V101 3BHE029153R0101 | ABB | Communication control panel
UNS0007A-P V1 | ABB | Digital I/O card
UFC092A V1 HIEE300686R1 | ABB | Channel digital output module
SPNIS21(NIS21) | ABB | Network interface module
SPFEC12 | ABB | AI module
SPFCS01 | ABB | Frequency Counter Module
SPBRC410 | ABB | controller
SPASO11 | ABB | AO Module
SDCS-UCM-1 | ABB | Extension plate
SDCS-POW-1C | ABB | Power supply panel
SDCS-PIN-48-SD | ABB | Pulse transformer plate
SDCS-IOE-1 | ABB | Wiring terminal
SDCS-IOB-23 | ABB | Digital connecting plate
SDCS-COM-1 3BSE005028R0001 | ABB | Driver link board
SAFT-190-APC | ABB | Driver module
SAFT-185-TBC | ABB | Control module
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