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The 1500mm welding robot has high efficiency, high precision, high reliability and safety, and is suitable for most welding tasks on industrial production lines, which can improve production efficiency and quality.

Robotic Arm Kits


The 1500mm welding robot has high efficiency, high precision, high reliability and safety, and is suitable for most welding tasks on industrial production lines, which can improve production efficiency and quality.
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SZGH-H1500-B-6

The 1500mm welding robot has high efficiency, high precision, high reliability and safety, and is suitable for most welding tasks on industrial production lines, which can improve production efficiency and quality.

Technical specifications

Load capacity6 kg, which is suitable for most welding tasks and workpiece sizes.
AccuracyRepetitive positioning accuracy of the robot is ±0.05mm, which has high precision and reliability, and can ensure the consistency and repeatability of the welding process.
Control systemAdopts a high-performance controller, which can realize high-speed and high-precision motion control, and can communicate with other devices through external interfaces.
Welding gunBe equipped with a MIG welding gun, which can be welded using metal inert gas welding technology. The welding torch can be rotated, bent and adjusted to meet different welding needs.
SafetyHas multiple safety protection measures, such as anti-collision sensors and emergency stop buttons, which can ensure that the robot will not cause danger to people or equipment during operation.
StabilityThe structure of this robot is stable and can maintain precise movement and welding under high load. Its design takes into account the center of gravity and motion characteristics of the robot, which can ensure the stability and accuracy of the robot during operation.
ProgrammingThe robot can be programmed using a GUI-based programming software or integrated into the production line control system using an external program.


Robot Kit Contents

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1.robot arm

The robot arm is the core component of the whole system and is responsible for completing the welding work. The arm length of 1500mm can cover most welding application scenarios, and can also be customized according to specific needs. The robotic arm is equipped with multiple degrees of freedom, enabling complex welding actions.

2. Controller

The controller is the "brain" of the robot arm, which can realize functions such as arm motion control, precise position adjustment and welding parameter control. Through the controller, the high-precision and high-efficiency movement of the robot arm and the optimization of the welding process can be realized.

3.Welding gun

The welding gun is the end tool of the robot arm, which is used to weld the workpiece. Welding guns can be customized according to different welding needs, including welding gun shape, material, electrode tip and wire diameter, etc. The quality and precision of the welding gun directly affect the welding quality and efficiency.

4.Sensor

The sensor can realize real-time measurement and feedback of the robot arm and the workpiece, helping the robot arm to achieve more precise motion and welding process control. Sensors may include photoelectric sensors, contact sensors, force sensors, and the like.

5.Track system

The track system can provide a stable motion track for the robot arm, and can also expand the range of motion of the arm. The material and structure of the track system can be customized according to the specific application.

6. Safety system

The safety system can ensure the safety of the robot arm during movement and welding. Safety systems can include light barriers, safety gates, emergency stop buttons, and more.

7. Data analysis system

The data analysis system can monitor and analyze the robot arm and welding process in real time, helping users optimize the production process, improve efficiency and reduce costs.


Applicable environment

1. Conveyor belt and material rack: In order to realize the automated production process, it is necessary to match the welding robot with automatic equipment such as conveyor belt and material rack. This enables the automatic delivery of workpieces to the working area of the robot and automatic collection of welded workpieces. This matching method can greatly improve production efficiency and quality.

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2. Workpiece Positioner: In some applications, a workpiece positioner is required to ensure the position and angle of the welded workpiece. Matching a 1500mm welding robot with a workpiece positioner allows for greater welding accuracy and stability while reducing the need for manual intervention.

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If you have any questions or you have any need, pls feel free to contact me below. We will reply you warmly.                                     

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FAQ

The following are the common questions we have collected about CNC Machine.
1. Q: What industries and materials are your machine tools primarily suitable for?
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A: Our extensive machine tool product line meets the needs of various industries, primarily automotive parts manufacturing, precision molds, and general hardware processing. Regarding materials, our machines can efficiently process a variety of steels, aluminum alloys, copper alloys, cast iron, as well as some engineering plastics and composite materials. The capabilities of individual models vary; please provide your specific processing requirements and we will recommend the most suitable model.
2. Q: What are the core advantages of your machine tools compared to similar products on the market?
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A: Our core advantages are primarily reflected in three aspects: Peace of mind: For software, we have one-on-one service from technical engineers to help you quickly master our controllers. For hardware, our cast iron bodies are durable and long-lasting, and come with a one-year warranty, providing you with the ultimate assurance. Intelligence and ease of use: A wide range of optional accessories allows for customization, and supports automated loading and unloading interfaces, significantly improving production efficiency and the human-machine collaboration experience. Excellent value for money: Through vertically integrated supply chains and lean manufacturing, we offer competitive pricing and a faster return on investment while maintaining world-class quality.
3. Q: What kind of after-sales service and technical support do you provide after purchasing a machine tool?
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A: We offer comprehensive after-sales support: Professional Training: Upon delivery, our engineers provide one-on-one operation, programming, and maintenance training. Warranty Policy: The entire machine comes with a 12-month warranty. Quick Response: We have a 24/7 online technical support hotline, promising remote support within 24 hours for any issues.
4. Q: What are the delivery time and logistics arrangements for the machine tools?
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A: For standard models, we typically have them in stock or have a short delivery time of less than 15 business days. Customized models have a delivery time of approximately 45 days, depending on the configuration requirements. After placing an order, our project manager will follow up every step of the way. We provide professional wooden crating and rust-proofing, and work with reliable logistics partners to ensure the equipment arrives safely and on time at your address.
5. Q: If I require a customized solution, can you provide support?
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A: Of course! Customization is one of our core capabilities. Our team of dedicated application engineers can customize your workpiece, production line layout, and automation needs. This includes, but is not limited to, specialized fixtures, expanded tool magazine capacity, integrated robotic interfaces, and the creation of complete flexible manufacturing cells. Feel free to contact our technical sales team to discuss your needs.