Shenzhen collaborative robot manufacturers enterprise ‘new favourite’

Shenzhen Huiwen Intelligent Co., Ltd. is mainly engaged in the robot parts manufacturing industry, providing overall solutions based on CNC machining automation, stamping (forging) automation, testing automation, assembly automation, automatic logistics, AGV smart carts, stereoscopic warehouses MES intelligent manufacturing systems.

In recent years, the development of the industrial robot industry in our country has continued to accelerate, the market potential has been accelerated, the domestic robot production has continued to increase. However, the weak core competitiveness is still a difficult obstacle facing the breakthrough development of our country's robot industry. At present, although China's industrial robot companies have a certain degree of competitiveness in the domestic market have developed rapidly, their influence in the market in terms of "going out" is still quite limited; secondly, China's industrial robot industry still has a certain gap with more advanced companies in core technology research development, intelligent applications have just started, especially some mid- low-end companies are still in the primary stage of processing assembly, it is difficult to provide strong support for the development of the industry; in addition, the application density of industrial robots in China is relatively low, less than one-seventh of that in developed regions.

As we all know, industrial robots have gradually entered many manufacturing industries in recent years, they have gradually rapidly replaced the workers in assembly line production. There are many types of industrial robots, sometimes you may know how to choose the industrial robot that suits your application. In fact, it is too difficult to choose an industrial robot, please read on. First of all, when choosing an industrial robot, you need to understand how your product works. Because industrial robots replace human hands to do repetitive production line work, they do have the ability to think independently, so sometimes users cannot stipulate that it is exactly the same as humans, the process is too complicated. Industrial robots cannot replace manual operation very well, because they only let the robot arm do repetitive work within a certain period of time according to commands.

Key technologies include: (1) Open modular control system: It adopts a distributed CPU structure is divided into a robot controller, a motion controller (MC), an optoelectronic isolation I/O control board, a sensor processing board, a programming teaching box. The robot controller (RC) communicates with the programming teaching box through the serial port/CAN bus. The main computer of the robot controller (RC) completes the robot's motion planning, interpolation position servo, main control logic, digital I/O, sensor processing other functions, the programming teaching box completes information display key input.

Talent advantage-technical team

The core members of the company's technical team, management team marketing team are all graduates 985/211 universities. After years of exploration research, they have achieved many results.

Technological advantages - more than 10 years of technological accumulation innovative scientific research results

The company has been committed to the field of industrial automation industrial robots for more than 10 years, has accumulated rich technical experience achieved a number of innovative scientific research results. We can only provide customers with "integrated" automation solution engineering services, but also provide customers with digital factories based on the whole line automation, realize intelligent manufacturing, gradually move towards Industry 4.0.

Shenzhen collaborative robot manufacturers' "new favorite"

Secondly, you need to know the arm length you need, because there are many specifications of industrial robots, some are longer some are shorter, different specifications do different work. The third thing about industrial robots is the load-bearing capacity, which is actually very important, because each specification of industrial robots may have a different corresponding load-bearing capacity, so the selected industrial robots are also different. You can't just choose the same ones for the sake of cost-effectiveness, because if you don't choose well in this regard, there will be a lot of after-sales problems later, it will also affect the productivity of your company. Therefore, you must be cautious in choosing the load-bearing capacity.

Third, single robot operation to multi-robot collaborative work. When the distribution of manufacturing space, the distribution of functions, the parallelism of tasks, the integration of task operations are restricted, the space for building a digital workshop an intelligent workshop is limited, it involves the issue of the order of executing tasks, so it is impossible to achieve the goal with a single robot. Fourth, the combination of robotics artificial intelligence. After the combination of robots artificial intelligence, robots will no longer be fixed in the fence, but human-machine collaboration human-machine integration. This is the essential feature of robots, but it is still very difficult to really achieve this.

Cooperation Advantages-Strategic Partner of Well-known Enterprises

The company has maintained close strategic partnerships with well-known companies for a long time, introduced innovative technologies products, provided customers with advanced overall automation solutions.

Shenzhen collaborative robot manufacturers' "new favorite"

Key technologies 1. Key technologies for body design (1) Transmission structure design Formulate an overall plan, determine the structural form of the robot, conduct preliminary transmission structure design, parts structure design, three-dimensional modeling based on this. The designer is required to be very familiar with understand the common structural forms of robots, common transmission principles transmission structures, the types characteristics of reducers, have strong structural design capabilities experience. (2) Reducer selection The designer must have a deep understanding of the structural type of the reducer the meaning of the performance parameters, be able to calculate the reducer. The reducer must be inspected tested, the inspection content mainly includes noise, jitter, output torque, torsional stiffness, backlash, repeat positioning accuracy positioning accuracy. The vibration of the reducer will cause the robot end to shake reduce the robot's trajectory accuracy. There are many reasons for reducer vibration, resonance is a common problem. Robot companies must master methods to suppress avoid resonance.