Description
hardware flow control. It is an ideal choice in the field of industrial automation.
Analysis of demand for industrial robots in the automotive industry
The automotive industry remains the largest robot application industry globally, with a share of almost 30% of total supply. Investment in new automotive production capacity and
modernization processes have driven the automotive industry”s demand for robots. The use of new materials, the development of energy-saving drive systems, and fierce competition
among major automotive markets are the fundamental driving forces for the extensive use of industrial robots in the automotive industry.
According to OICA statistics, 79% of the installed capacity of industrial robots in the automotive industry is distributed in 5 key markets: China (39,351 units), Japan (17,346 units),
Germany (15,673 units), the United States (15,246 units), and South Korea (11,034 units) .
In 2019, the year-on-year growth in fixed asset investment in my country”s automobile industry was around 0%, and the overall situation was sluggish. This is also the lowest situation in recent years.
It is predicted that with my country”s automobile sales stabilizing in 2020, fixed asset investment is expected to bottom out and rebound, driving the industrial robot industry to pick up.
Breakdown of industrial robot status in 3C industry
3C is the collective name for computer , communication and consumer electronic products, also known as “information appliances”. Such as computers, tablets, mobile phones or digital
audio players. The 3C industry is another important source of demand for industrial robots.
In 2018, the global demand for electronic equipment and components continued to decrease, and the Sino-US trade friction had a direct impact on Asia. Asia is an important production
base for global electronic products and components. The highest installed capacity of robots in the 3C industry reached 122,000 units in 2017. , dropped to 105,000 units in 2018. The
installed robot capacity in the 3C sub-industry mainly comes from three countries: China (43%), South Korea (19%), and Japan (17%).
In addition, 5G from the three major operators will enter commercial application in the second half of 2019. In November 2019, the overall domestic smartphone market shipped 130.47
million units, a year-on-year decrease of 1.3%. However, the growth rate has improved significantly compared with the 10.7% year-on-year decline in August. The innovation brought by 5G to
smartphones will not only increase smartphone shipments, but will also drive upgrading of mobile phone technology (TWS headsets, TOF lenses, etc.), which can drive demand for 3C
automation equipment and thereby increase industrial robot shipments.
According to data from the China Business Industry Research Institute, in 2017, my country”s industrial robot applications in the above fields accounted for 33.30%, 27.7%,
10.8%, 7.9%, and 2.3% respectively, of which the automotive industry and 3C accounted for more than 60%. At present, both automobiles and 3C have bottomed out and are rebounding, with
obvious signs of improvement in demand. It is expected that the industrial robot industry chain will rebound in 2020. In addition to the automobile and 3C industries, the
downstream application fields of industrial robots also include metal processing, plastics and chemicals, food, beverages, tobacco and other industries.
The market demand for industrial robots will continue to expand in the future.
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61C22A | Reliance | Local I/O Head
SARCR-XFB01A01 | YASKAWA | Device-Net
5A26458G05 | EMERSON | Relay output card
1SVR040000R1700 | ABB | CC-U/STD Universal Signal Converter
MVME2604 712-IO | MOTOROLA | VME module
20BC2P1A0AYNANC0 | Allen-Bradley | PowerFlex 70 series drive
TU846 3BSE022460R1 | ABB | module termination unit
TC514V2 | ABB | TC514V2 AF 100 Twisted pair/opto modem
TU842 | ABB | TU842 Redundant MTU, 50V
UNITROL1000 Z.V3 3BHE014557R0003 | ABB | Excitation systems
SS832 | ABB | Voting Units
REX521GHHPSH50G | ABB | PROTECTION UNIT
SR489-P1-LO-A20-E | GE | Relay motor management
SD834 | ABB | Power Supply Units
RET650 | ABB | Transformer protection
REM545 | ABB | Feeder terminal
REF541KM118AAAA | ABB | FEEDER TERMINAL
PM860 | ABB | AC 800M PM860 CONTROLLER
IC800SSI228RD2 | GE | Servo Motor Controller
IC694MDL655 | GE | 32-Point, 24 VDC, Positive/Negative Logic, Input module
IC694MDL753 | GE | 12 / 24 VDC, High-density Positive Logic discrete output modul
IC200UDR005 | GE | 28-point Micro PLC module
IC693MDL730 | GE | 12/24 Volt DC Positive Logic 2 Amp Output module
FPR3346501R1012 | ABB | ICSE08B5-2 I/O MODULE
F650-B-F-G-F-2-G-1-HI-E | GE | Feeder Protection & Bay Controller
IRDH375 | ISOMETER | Insulation monitoring device
DSTC454 5751017-F | ABB | DSTC 454 Optical Modem for 2 Mbits/s
DSAX452 | ABB | Remote In / Out Basic Unit
AO845A 3BSE045584R1 | ABB | Analog Output Module
469-P5-LO-A20-E | GE | LO Control Power with 4-20mA Analog Outputs
469-P1-HI-A20-E | GE | 469 Motor Management Relay
HC-6002-2 | HUMO LABORATORY | MODULE
HC703BS-E51 | Mitsubishi | Motors-AC Servo
3HAC025562-001 | ABB | DSQC 655 Capacitor Unit
3BDH000320R0101 | ABB | LD 800HSE Linking Device
1VCF752000 | ABB | Feeder terminal
TU810 3BSE013230R1 | ABB | 16 channel 50 V compact module
R911328500 | Rexroth | Servo Drives
MSK050C-0300-NN-M1-UG1-NNNN | Rexroth | MSK Synchronous Motors
IC693CHS391 | GE | expansion plate with ten slots
HMS01.1N-W0070-A-07-NNNN | Rexroth | HMS Single Axis Inverters
DO801 3BSE020510R1 | ABB | 16 channel 24 V digital output module
330930-065-01-05 | Bently Nevada | NSv Extension Cable
CAN-32DO0.5A-P-2X16 | ETON | Digital output module
DI801 3BSE020508R1 | ABB | 16 channel 24 V digital input module
DKC02.3-100-7-FW | Rexroth | EcoDrive Drive Controller
16710-30 | Bently Nevada | 16710 Interconnect Cables
330180-51-05 | Bently Nevada | 3300 XL Proximitor® Sensor
130539-30 | PILZ | Interconnect Cable
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