Description
hardware flow control. It is an ideal choice in the field of industrial automation.
In the Internet of Things era, look at the IOT strategic deployment of the “four major families” of industrial robots
When we talk about Industry 4.0 or smart manufacturing, we cannot help but mention the “four major families” of robots – KUKA, ABB, FANUC, and Yaskawa,
because as the industrial robot companies with the highest level of intelligence at present, they are in the industry They have important influence. In the era of the
Internet of Things, what are these four major families doing?
As a relatively mature product, industrial robots are difficult to judge from the perspective of ordinary users. Especially in today”s era, it is impossible to create a
generational gap through technology.
Just like when someone asks about the advantages and disadvantages of the car-making technologies of Mercedes-Benz and BMW, all I can say is, “It doesn”t matter
if you ride in a Mercedes-Benz or drive a BMW.” Comparing industrial robots to car-making, most of the key technologies used in car-making must be shared by Mercedes-Benz
and BMW. The differences in other “marketing technologies” will not affect the technological competition pattern.
So what will industrial robot manufacturers mainly rely on to widen the gap in the future? There is only one answer, the Internet of Things strategy. Without realizing it,
KUKA, ABB, FANUC, and Yaskawa, the four major industrial robot giants, have already been stationed in the field of Internet of Things and are ready to go.
KUKA(Midea)
On December 30, 2016, Midea Group’s tender offer for the shares of Germany’s KUKA Group (KUKA), the world’s leading provider of intelligent automation solutions,
through MECCA InternaTIonal (BVI) Limited, has received approval from all relevant regulatory authorities.
At the annual meeting of Midea Group on January 12, 2017, Fang Hongbo, Chairman of Midea Group, emphasized the industrial significance of Midea’s acquisition
of KUKA: In the future, Midea will build a second industrial segment besides the home appliance industry, namely the robotics and industrial automation industry segment. This is The new growth point of beauty.
The annual meeting invited KUKA CEO TIll Reuter, who has just entered the Midea system, to give a speech. When explaining the core strategic goals for the future,
Reuter mentioned the two concepts of “intelligent machines” and “digital areas”, which are the two concepts that run through the Internet of Things technology in the company”s business:
Intelligent machines: Among the industrial robots manufactured by KUKA, they are equivalent to advanced robots with both autonomy and mobility. Soon a large number
of industrial robots will “step out of the work cage that is isolated from humans” and begin to work closely with humans, further improving their flexibility. Reuter said that as
industrial robots continue to develop, smart machines with better autonomy and mobility will emerge.
Digital area: It is a solution that combines the knowledge related to production processes of various industries that KUKA has cultivated in the past with the
most cutting-edge IT. Reuter said: “We are familiar with the production processes of products such as cars and aircraft. We want to connect our technical experience with IT to provide
customers with intelligent systems.” Reuter said that by optimizing intelligent systems, that is, complex systems based on big data analysis, reducing downtime
and predictive maintenance of various production systems, new business models can be created and a highly integrated value chain can be built.
According to IFR data, in the field of automobile manufacturing, KUKA robots have the largest market share in the world. We might as well start with the automotive industry
and show you how KUKA uses the “Internet of Things box” to construct the Jeep Wrangler”s body-in-white workshop into an IIoT (Industrial Internet of Things) factory.
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A6370D/DP 1 Channel Overspeed Protection Card
A6370D Channel overspeed protection card
A6500-FR Front Termination Rack
A6500-RR Redundant Relay Rack
A6500-SR System Rack
A6500-CC-P Package A6500-CC & A6500-PE
A6500-PE Prediction Extension License
A6500-CC System Communication Card
A6500-RC System Relay Card
A6500-UM Universal Measurement Card, Spee
P70530-SDN DC Microstepping Driver
P70530-PNN DC drive
P70360-SDN AC High Performance Microstep Driver
P70360-PNN Microstep AC Drive
S21260-VTS server Driver
S21260-SRS High performance servo drive
S20630-VTS server Driver
S20630-SRS server Driver
S20360-VTS-021 driver
S20360-VTS server Driver
S20360-SRS Brushless Servo Driver
S20360-CNS Node Servo Driver
S20350-VTS S200 Brushless Driver
S20350-CNS Node Servo Driver
S20330-VTS server Driver
S20260-VTS Industry produces sophisticated drive units
S20330-CNS-020 motion control technology
S20260-SRS Kollmorgen Servo Drives
S20260-CNS Node Servo Driver
S20250-VTS S200 Servo Drive
S20250-CNS Full digital servo driver
CR20560 AC drive controller
CR10661 10 amp drive amplifier
CR10561 Digital Driver Amplifier
CR10560 Servostar Series Amplifiers
CR10551 servo amplifier
CR10251 Servostar CD Drive Amplifier
CR10251 Servostar CD Drive Amplifier
CR10250 Industrial Drive Controller
CR06703 High Performance Servo Amplifier
CR06703-R drive amplifier
CR06561-MZ servo amplifier
CR06560 server Driver
CR06550 Precision Industrial Motor Drivers
CR06502 Industrial Motor Driver
CR06250 servo amplifier
CR06260 servo amplifier
CR06250 SEVOSTAR CD Amplifier
CR06200-000000 servo amplifier
CR03302 servo amplifier
CR03250 Servo Motor Driver Amplifier
CR03200-000000 compact drive
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