With the arrival of the "Industry 4.0 era", intelligent manufacturing will become the main theme of the future industrial industry. As the leading force in intelligent manufacturing, industrial robots are constantly exerting their strong potential. Industrial robots are the first to be responsible for some tedious, dangerous, and repetitive labor tasks, helping humans liberate labor, improve work efficiency, and save more resources.
Industrial robots are widely used in multiple industries, including but not limited to automotive assembly and parts manufacturing, mechanical processing, electronics and electrical, rubber and plastic, food, wood and furniture manufacturing, and more. Why it can adapt to so many industries is determined by other broad application scenarios. Below, we will list the common application scenarios of industrial robots for you.
Scenario 1: Welding
Welding is a widely used technology in manufacturing, which combines metal or thermoplastic materials together to form a sturdy connection. In the application field of industrial robots, welding is a common task for robots, including electric welding, spot welding, gas shielded welding, arc welding... As long as the parameters are set and the corresponding welding gun is matched, industrial robots can always perfectly meet the needs.
Scenario 2: Polishing
Grinding work always requires great patience. Coarse, fine, and even grinding may seem simple and repetitive, but achieving high-quality grinding requires mastering many skills. This is a tedious and repetitive task, and inputting instructions to industrial robots can effectively complete the grinding operation.
Scenario 3: Stacking and Handling
Stacking and handling is a laborious task, whether it is stacking materials or moving them from one place to another, which is tedious, repetitive, and time-consuming. However, using industrial robots can effectively solve these problems.
Scenario 4: Injection molding
With the arrival of the "Industry 4.0 era", intelligent manufacturing will become the main theme of the future industrial industry. As the leading force in intelligent manufacturing, industrial robots are constantly exerting their strong potential. Industrial robots are the first to be responsible for some tedious, dangerous, and repetitive labor tasks, helping humans liberate labor, improve work efficiency, and save more resources.
Industrial robots are widely used in multiple industries, including but not limited to automotive assembly and parts manufacturing, mechanical processing, electronics and electrical, rubber and plastic, food, wood and furniture manufacturing, and more. Why it can adapt to so many industries is determined by other broad application scenarios. Below, we will list the common application scenarios of industrial robots for you.
Scenario 1: Welding
Welding is a widely used technology in manufacturing, which combines metal or thermoplastic materials together to form a sturdy connection. In the application field of industrial robots, welding is a common task for robots, including electric welding, spot welding, gas shielded welding, arc welding... As long as the parameters are set and the corresponding welding gun is matched, industrial robots can always perfectly meet the needs.
Scenario 2: Polishing
Grinding work always requires great patience. Coarse, fine, and even grinding may seem simple and repetitive, but achieving high-quality grinding requires mastering many skills. This is a tedious and repetitive task, and inputting instructions to industrial robots can effectively complete the grinding operation.
Scenario 3: Stacking and Handling
Stacking and handling is a laborious task, whether it is stacking materials or moving them from one place to another, which is tedious, repetitive, and time-consuming. However, using industrial robots can effectively solve these problems.
Scenario 4: Injection molding
Injection molding machine, also known as injection molding machine.
It is the main molding equipment that uses plastic molds to produce various shapes of plastic products from thermoplastic or thermosetting plastics. The injection molding machine transforms plastic pellets into final plastic parts through cycles such as melting, injection, holding, and cooling. In the production process, material extraction is a dangerous and labor-intensive task, and combining injection molding robotic arms or robots for workpiece operations will achieve twice the result with half the effort.
Scenario 5: Spraying
The combination of robots and spraying technology perfectly matches the characteristics of tedious, patient, and uniform spraying. Spraying is a labor-intensive task, and the operator needs to hold a spray gun to evenly spray the surface of the workpiece. Another important characteristic of spraying is that it can cause harm to the human body. The paint used for spraying contains chemicals, and people who work in this environment for a long time are prone to occupational diseases. Replacing manual spraying with industrial robots is not only safe, but also more efficient, as the precision of robots is stable.
Scenario 6: Combining visual elements
A robot that combines visual technology is equivalent to installing a pair of "eyes" that can see the real world. Machine vision can replace human eyes to achieve multiple functions in various scenarios, but can be classified into four basic functions: recognition, measurement, localization, and detection.
Industrial robots have a wide range of application fields. With the development of technology, the transformation from traditional manufacturing to intelligent manufacturing has become a trend for enterprises to maintain competitiveness. More and more enterprises are investing energy to replace some tedious and labor-intensive tasks with robots, and issuing "real fragrance" warnings.
Of course, more companies that are on the sidelines may be hindered by technological barriers and hesitate due to considerations of input-output ratios. In fact, these problems can be solved by simply seeking out application integrators. Taking BORUNTE as an example, we have Braun application providers who provide application solutions and technical guidance to our customers, while our headquarters regularly organizes online and offline training to solve customer operational difficulties.
Post time: Oct-24-2024
