——This special edition is dedicated to the industrial robots that are working hard。
A few years ago, when robots first entered the field of vision, savvy entrepreneurs liked to count the accounts: the salary of a worker for several years was equal to the cost of an industrial robot.
There is no standard answer, the price of mainstream industrial robots is divided, and the wages of workers are also different。 However, decisive and powerful enterprises are already using robots。 They firmly believe that the trend of automation will be the mainstream of future manufacturing。
Hesitant entrepreneurs don't understand trends, they also have reasons to slow down: robots are costly, lack flexibility, and there are technical limitations. At the end of the day, economics is the biggest factor in their lack of support for robots.
江西11选5走势图It is still unreliable to continue to wait and see.
In recent years, the popularity of robots has continued to rise, both in the industry and in the public eye。 Even the electronics giants Foxconn and Delta Group have developed a robot plan and are implementing it。 Foxconn’s plan for the 1 million robotic arm was frosted, but its top executives did not doubt that the robot’s development was nearing maturity。
The practical effect of “planting a robot and harvesting the value of the full warehouse” is confirming the reliability of the robot. As the most potential “planting place” for robots, China does not have the favor of foreign giants. Domestic companies also want to open up their own fields, even one acre three points.
“Planting” requires skill.
The first step, positioning: robot, four-axis horizontal, six-axis vertical or parallel axis? The second step, raw materials: body, reducer, control system, drive system; third step, technology: software algorithm, platform construction, industry experience; fourth step, market: agent - system integration - end user, or car, Electronics, welding, handling, logistics, etc. The mastery and understanding of these four steps will determine their future reliance and their stories will be wonderful.
A company, CNC origin, produced a six-axis robot in a battle, the background is strong, but B company believes that its final positioning of difficult welding, development resistance。
B enterprise, sports control origin, and steady production of four-axis robots。 In recent years, the sales volume has suddenly increased, but it suddenly wakes up。 Software breakthrough is not a temporary effort and requires deep dive。
C enterprise, from the D enterprise technology part. Four-axis and six-axis robots are available, and they are huge. However, it is worried by the industry that there will be disputes between them and D companies in the future.
D companies, R & D, the market progress is not strong enough, but there are behind the group support.
Similarly, E-owned companies with group support are not the core of technology...
Other stories are also being staged. Everything is just the beginning, not fixed.
Compared with foreign companies, Tigers and Dragons, domestic companies are still at a stage of survival。 However, isn’t the Great Wall not a day’s work?
The news of positive energy is that the US media once again said that the growth rate of the Chinese robot market ranks first in the world, and the electronic manufacturing market will become the most important growth point. This also indirectly recognizes the future development potential of the Pearl River Delta, the most important market for electronics. Robotics companies that grow in this land will therefore gain new opportunities.
For the robot cost issue we have been talking about, some companies have started an unprecedented rental sales system. Enterprises that do not master the core of technology but have high hopes for robots are also grasping the vines of “production, study and research”, climbing up and trying to shorten the gap to obtain technical reserve time.
江西11选5走势图What is more reliable than the efforts and survival rules of these companies?
They are reliable, and the Chinese robot market will be reliable in the future。
How are they more reliable?
“Planting” requires skill... and is a solid real effort.
Europe and the United States: Lenze, Bosch Rexroth, Luster, Beckhoff
Japanese: Yaskawa Electric, Matsushita, Mitsubishi Electric
Domestic: Huichuan Technology, Huazhong CNC, and Shili Motor, Guangzhou CNC, Shenzhen Leisai Motor, Eston
British Cuiou, Shenzhen Gugao, Shenzhen Leisai, Shenzhen Zhongxingxing
Planetary reducer (usually used on coordinate robots): Taiwan APEX, Japan Xinbao, Germany Newcastle
RV precision cycloid reducer (usually used for robot stand, boom, shoulder): Japanese nabtesco Teijin
Harmonic reducer (usually used for robotic arm, wrist, hand): Harmonic, Japan
3. Machine vision:
Baumer, Cognex, Bonner, BASLER, Baihe
How to make the robot more reliable? You should know these core components!
Lenze: 9300 servo inverter series
Luster: LTi Series
江西11选5走势图Yaskawa Electric: Σ-V Series
Panasonic: MINAS A5 Series
2. Motion control:
Trio: MC464 motion controller
Solid: GT series multi-axis motion controller
江西11选5走势图Lei Sai: CAN bus type motion controller
江西11选5走势图Public interest: Ethernet motion controller
Japanese Teijin: RV
Japanese harmonic: lightweight combined harmonic reducer
Japan Kamo Seiko: Ball Reducer JFR Series
Dongguan Xintuo Intelligent Machinery: 80 Series Harmonic Reducer
4, machine vision:
Cognex: In- Sight® Vision Sensors Bonner: Smart Cameras P3, P4, Wuxi Baihe
Baumer: VeriSens Series
4, servo and motion control