Laser welding robot-manufacture,factory,supplier from China

(Total 24 Products for Laser welding robot)
The laser welding machine mainly produces a laser beam with high energy density through a laser generator. When the laser beam shines on the surface of the material to be welded, the material absorbs the laser energy, rapidly heats up to the melting point or even vaporizes, forming a melt pool. Under the action of external pressure or its own gravity, the liquid metal in the molten pool cools and solidifies, so that different materials are connected together.
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The desktop fiber laser marking machine is an advanced, miniaturized laser marking device designed for high-quality, permanent marking on the surface of various materials.
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During the welding process, the robot will precisely control the welding parameters to ensure the stability of the welding quality. It can use different welding methods according to different welding requirements, such as MIG welding, TIG welding and so on. At the same time, the robot is also equipped with an advanced sensor system that can monitor various parameters during the welding process in real time, such as welding current, voltage, welding speed, etc., and adjust them according to needs.
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This six-axis industrial robot is designed for the development of the welding application industry. The robot is compact in structure, small in size and light in weight. The maximum load is 6KG and the maximum arm length is 1500mm.The hollow structure of the wrist makes the trajectory more convenient and the action more flexible.
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Collaborative welding robots are usually equipped with advanced sensors and camera systems that can monitor the surrounding environment in real time and adjust welding posture and strength according to actual conditions.
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Through pre-programmed welding path and parameters, the control system directs the robot arm to drive the welding gun for precise welding operations. The welding power supply provides a stable current and voltage for the welding process, and the wire feeding mechanism ensures a stable supply of welding wires.
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This is a professional collaborative welding robot that integrates cutting-edge technology, designed to provide efficient, accurate, safe and flexible solutions for the industrial welding field.
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The Welding Collaborative Robot is an intelligent device that integrates advanced robotics technology and welding technology.
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A collaborative welding robot is an automated welding system that can work with human workers. This robot has advanced sensing technology that can detect the surrounding environment and interact safely with human workers.
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Explosion-Proof Painting Robot is an advanced automatic spraying equipment specially designed and developed for flammable and explosive environments. It is widely used in places where flammable gases, dust, etc.
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In the working process, the robot is usually equipped with a variety of sensors, such as position sensors, force sensors, etc. These sensors can monitor the position and motion state of the robotic arm in real time and transmit feedback to the control system. The control system adjusts the motion of the robot arm according to the feedback information to ensure the accuracy and stability of the painting operation.
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Robot loading is a robot placed on the track, at the same time loading and palletizing equipment. This equipment is suitable for a variety of models, which can shorten the loading and palletizing time. Reduce labor cost, improve work efficiency.
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The explosion-proof spray handling robot is a high-tech automated equipment designed for spraying and handling operations in hazardous environments. It combines advanced explosion-proof technology, precise spraying technology and efficient handling capabilities, and can operate safely and stably in special industrial fields such as petroleum, chemical industry, and military industry where there are flammable and explosive risks, providing reliable protection for the production operations of enterprises.1.
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The multi-jointed machine is similar to a human arm and is characterized by its ability to move flexibly like a human hand. For example, when encountering an obstacle, the multi-joint robot can bypass the obstacle to reach the target, which is difficult for the general polar or cylindrical coordinate type industrial robot. If some special movements (crank motion) are required to be completed, the multi-joint robot is also easier to complete. A multi-jointed robot can also move from one point to another in as little time as a human hand.
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Food collaborative robot is a robot system specially designed to work with human workers in food production, processing, packaging and other links.
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The automatic powder spraying robot receives instructions from programming or other external devices through the control system, and then controls the movement of the mechanical body according to the instructions, and moves the spray gun to the predetermined position and attitude. In the spraying process, the powder supply device transmits the powder coating to the spray gun, which atomizes the powder coating and sprays it to the surface of the workpiece through high voltage static electricity.
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Cobot is a kind of robot that can work together with human staff. Cobot usually has a delicate appearance design, simple structure, friendly operation interface, and easy operation and maintenance. It is equipped with various sensor technologies such as vision sensors, force sensors, liDAR, etc., to enable safe interaction and cooperation with human workers. Usually, advanced control systems, such as machine learning, artificial intelligence and other technologies, can achieve self-learning and adaptive adjustment.
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Collaborative Painting Robot is an advanced automation equipment designed for modern industrial production and creative art fields.
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transfer robot is an industrial robot that can carry out automated handling operations. The first handling robots appeared in the United States in 1960, when Versatran and Unimate were first used in handling operations. Handling operation refers to holding the workpiece with a piece of equipment, which refers to moving from one processing position to another processing position. The handling robot can install different end-effectors to complete the handling of various workpieces of different shapes and states, which greatly reduces the heavy manual labor of human beings.
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The fully automatic joint robot is known for its highly precise and flexible structural design. It uses the principle of bionics to simulate the joint structure of the human arm.
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The lightweight collaborative robot arm is an innovation in industrial automation, designed to meet the needs of modern manufacturing for flexibility, safety and efficiency.Through high-precision force sensors and advanced algorithms, the robot can accurately sense the contact force with the external environment and adjust its movement and force in real time.Equipped with advanced visual sensors and image processing algorithms, the robot can quickly and accurately identify and locate target objects.
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The palletizing collaborative robot is an efficient automation equipment specially designed for modern industry and logistics fields.
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The vertical palletizing robot is a kind of palletizing equipment with compact structure and small footprint.  It is mainly composed of column assembly, big arm assembly, small arm assembly, lifting mechanism, fork mechanism and electrical control system.  When working, the lifting mechanism lifts the fork mechanism to the height of the goods, and the fork mechanism then forks up the goods and moves them to the designated position for palletizing.  The vertical palletizing robot has a simple operating principle and is easy to operate.  It is suitable for palletizing various
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The Spider-Hand Packing Robot is an intelligent automated packing device that uses advanced machine vision and robotics technology to automatically identify items of different sizes and shapes and pack them quickly and accurately.
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The working principle of automatic laser welding equipment needs to be introduced from various aspects such as laser generation, beam transmission, focus control, welding process and automatic integration. Laser automatic welding equipment has the advantages of high precision, high efficiency, low deformation rate and easy automatic control. The working principle of laser automatic welding equipment is introduced below.What is the working principle of laser automatic welding equipment?1.
Welding is a very important process in the assembly of electronic components, and its welding quality will directly affect the performance of electronic components. If there is a bad solder joint, it may affect the normal operation and reliability of the entire product, so it is often completed by the electronic component welding robot. In order to have a deeper understanding of it, the following is a brief introduction to its core components.First, mechanical structure1.
In today's rapidly developing manufacturing and processing industries, marking technology is undergoing a profound change. As a shining star in this wave of change, desktop fiber laser marking machines are reshaping the new pattern of marking with unprecedented advantages, bringing efficient, accurate and high-quality marking solutions to many industries.The key to the desktop fiber laser marking machine's success in the market lies in its core fiber laser technology. Compared with traditional marking technology, fiber laser technology has many incomparable advantages.
Intelligent and autonomous: Through the introduction of artificial intelligence and machine learning algorithms, welding robots will have stronger independent learning and adaptability, and can better adapt to different welding tasks, realize independent identification of welding objects, automatic adjustment of welding parameters, further improve production efficiency and welding quality, and improve independent decision-making ability.Man-machine collaboration: Improving the efficiency and safety of man-machine collaboration is an important development direction in the future.
In recent years, collaborative welding robots, as a rising star in the field of industrial automation, are gradually changing the landscape of the traditional welding industry and bringing unprecedented opportunities and changes to the manufacturing industry.Driven by the transformation and upgrading of the manufacturing industry and the rising labor costs, the demand for collaborative welding robots continues to rise. According to relevant data, the global shipment of collaborative robots reached 108,000 units last year, and the market size reached US$1.039 billion.
Automatic welding production line realizes the automation, intelligence and effectiveness of the welding process by integrating advanced welding technology, automatic control system and effective logistics transmission, greatly improving production efficiency and product quality. This paper will discuss in detail the principle, characteristics and application of automatic welding production line.I. Principle of automatic welding production lineThe automatic welding production line is mainly composed of welding equipment, automatic control system, logistics transmission system, etc.
Small automatic welding equipment not only greatly improves the efficiency and quality of welding operations, but also reduces labor costs, and promotes the manufacturing industry to move toward intelligence and automation. Below we will introduce the core technologies and development trends of small automatic welding equipment.1.
What are the characteristics of fully automatic industrial handling robots? Automatic industrial handling robots through the built-in laser radar, vision sensors and other high-precision equipment, can sense the surrounding environment in real time, accurately identify obstacles and independently plan the path. Whether it is a complex factory layout, or a narrow corridor and corner, the handling robot can easily shuttle through it to ensure the smooth handling of materials.
Through the unremitting efforts of the R&D team, the company's independently developed new generation explosion-proof painting robot has successfully completed a series of rigorous tests, and all performance indicators have reached or even exceeded the industry's leading level.During the research and development process, the company's technical experts overcame many key technical problems.
Welding robots, spraying robots, palletizing robots, handling robots, assembly robots, other industrial robots, etc. AGV and technology related, drive system RV reducer, harmonic reducer, precision reducer, controller, servo motor, stepper motor, fixture, gripper, cylinder and hydraulic cylinder, etc.; Vision systems, linear motion (LM) guide equipment, mechanical components such as ball splines, ball screws and connecting rod balls
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