New fiber laser welding robot-manufacture,factory,supplier from China

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.

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.

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.

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.

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.

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.

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.

New upgraded entangle packing machine adopts a new winding method and control system. Compared with traditional packaging machines, it can wrap the packaging material more tightly and evenly on the product surface, effectively improve the stability and protection performance of the packaging, and reduce the risk of damage to the product during transportation and storage.With the ability to run at high speed, its optimized mechanical structure and powerful power system can greatly increase the packaging speed, which is more than 50% more efficient than traditional packaging machines.

Material: The fuselage and key components are often made of high-strength, lightweight materials, such as carbon fiber composite materials, aluminum alloys, etc., which reduce the overall weight of the robot while ensuring structural firmness and durability, and improve movement flexibility and energy efficiency.Joint design: Innovative joint design and advanced kinematic algorithms achieve flexible movement with multiple degrees of freedom, which can adapt to various complex palletizing scenarios and cargo placement requirements, and the movements are smooth, accurate and fast.Intelligent alg

When a joint in the arm of a multi-joint robot rotates at an Angle, the other joints and their connecting rods will produce a movement in space. Accordingly, the claw reaches a new position, and the direction (attitude) of the position is also changed. Therefore, the general multi-joint robot needs to be controlled by computer. The robot has Angle detectors on each joint. Given the rotation Angle of each joint, the problem of obtaining the spatial position and attitude of the hand claw is called the analysis problem of motion control.

The integrated collaborative mechanical palletizing robot is a highly efficient logistics automation equipment that combines advanced technology and innovative design, bringing a new solution to modern industrial production and warehousing logistics.Repeatability ±0.03/±0.06/±0.05mm, maximum load 3/5/10kg, operating range 650/922/1400MM, protection grade IP66, ease of use, precision, 24-hour customer service, quality assurance and durability.In addition to the basic palletizing function, the robot also integrates a variety of practical functions.

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.

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.

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.

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.

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.

The industrial robot arm is usually composed of the main body, the drive system, the control system and so on. The main part includes each joint and connecting rod of the mechanical arm, which together constitute the motion mechanism of the mechanical arm. The driving system provides power for the movement of the robot arm, and the common driving methods are motor drive, hydraulic drive and pneumatic drive. The control system is responsible for receiving instructions and controlling the motion trajectory and action sequence of the robot arm.

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.

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.

The multifunctional industrial collaborative robot is an innovative industrial equipment that integrates advanced technologies and is designed for modern industrial production environments.

The palletizing collaborative robot is an efficient automation equipment specially designed for modern industry and logistics fields.

The intelligent and efficient pallet stacking robot is an automated equipment that integrates advanced technology and excellent performance, and is designed to provide efficient, accurate and reliable pallet stacking solutions for the logistics and production links of various industries.

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

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.