By Serena Zhang | 18 July 2024 | 0 Comments
How Much do Kuka Robots Cost ?
How Much do Kuka Robots Cost ?
Famous industrial robot manufacturers include KUKA robot arm, FANUC, ABB, STÄUBLI and others with price rang between 10000usd to 100000usd. The repeatability accuracy is between 0.03~0.08mm. In addition to accuracy, the load capacity and working range of robots are also important parameters.
Usually, there is only one designated robot supplier for a project,so the KUKA Rbot arm price depends on the load and working range and accuracy etc.
Next, I will analyze the various factors that affect the price of KUKA robot arms from different perspectives:
1. Types of robotic arms:
Depending on different application scenarios and functional requirements, robotic arms can be divided into various types, such as Cartesian coordinate system robotic arms, articulated robotic arms, etc. Different types of robotic arms have different structural characteristics and applicable ranges, so their prices are also different. For example, the KUKA robotic arms with CNC milling Carving function on wood,foam,stone and other materials produced by RhinoCNC are available in 6-axis and 7-axis versions, with varying prices.
2. The increase in the length and stroke of the robotic arm will lead to a more complex mechanism and control system, which in turn will affect the price.
Meanwhile, depending on the application area, it is sometimes necessary to adopt a multi axis linkage or multi degree of freedom robotic arm system, which will also increase the price of the robotic arm.
The commonly used stroke for KUKA robotic arms in the field of carving milling is 2100mm. Who have interest about cnc kuka 6 axis milling machine welcome to review our KUKA 6 AXIS CNC Milling Machine RA-2100AB details.
3. The higher precision of the robotic arm, the higher requirements for the control system and motion planning, resulting in a corresponding increase in price. Meanwhile, in order to improve the positioning accuracy of the robotic arm, additional sensors and control systems may need to be introduced, which will also increase the price of the robotic arm.
4. The greater load capacity, the more mechanisms and materials are needed to bear the greater weight, resulting in a corresponding increase in price. Meanwhile, in order to improve the response speed and motion performance of the robotic arm, it may be necessary to adopt more advanced motors and drive systems, which will also increase the price of the robotic arm.
The robot arm carving machine we produce uses Yaskawa servo motor drivers from Japan, with high torque and the best stability.
5. Repetitive positioning accuracy and rigidity.
Repetitive positioning accuracy refers to the precision of a robotic arm in multiple repeated movements with the same trajectory, while rigidity refers to the ability of the robotic arm to resist deformation when subjected to external forces. These two factors have a significant impact on the performance and effectiveness of robotic arms, and therefore also have an impact on the price of robotic arms.
6. The complexity of software and control systems in robotic arms is responsible for controlling the motion trajectory and executing operations of the robotic arm, and its level of complexity directly affects the performance and effectiveness of the robotic arm. At the same time, in order to meet the needs of different application scenarios, customized development of software and control systems may also be required, which will increase the price of robotic arms.
The most widely used software in the field of robot arm carving is the Russian software SprutCAMX. We can provide software support for training and installation needs.
7. Good after-sales service and technical support can ensure the long-term stable operation of the robotic arm, reduce downtime and maintenance costs. Therefore, when choosing a robotic arm supplier, one should consider their level of after-sales service and technical support, rather than just focusing on price.
Good technical support is the cornerstone that determines whether a product can go further, especially in terms of software training for KUKA6 axis robot arms, which few people in China can do very well. Rhino company can provide complete software and training to help you quickly use the robot arm for carving and milling processing.
Rhino Industrial Robot Arm for 3D 4D 5D Mold Milling Machine, KUKA ROBOTIC 6 Axis
RA-2000AB 6 axis KUKA robot arm is Rhino new technology 6 axis milling machine that professional for 3D 4D 5D mold sculpture making on various materials as foam,EVA,PE,PP,Wood ,stone etc.
It is as human flexible arms with 5 axis 6 axis and 7 axis that made huge contribution for industrial automation.
Famous industrial robot manufacturers include KUKA robot arm, FANUC, ABB, STÄUBLI and others with price rang between 10000usd to 100000usd. The repeatability accuracy is between 0.03~0.08mm. In addition to accuracy, the load capacity and working range of robots are also important parameters.
Usually, there is only one designated robot supplier for a project,so the KUKA Rbot arm price depends on the load and working range and accuracy etc.
Next, I will analyze the various factors that affect the price of KUKA robot arms from different perspectives:
1. Types of robotic arms:
Depending on different application scenarios and functional requirements, robotic arms can be divided into various types, such as Cartesian coordinate system robotic arms, articulated robotic arms, etc. Different types of robotic arms have different structural characteristics and applicable ranges, so their prices are also different. For example, the KUKA robotic arms with CNC milling Carving function on wood,foam,stone and other materials produced by RhinoCNC are available in 6-axis and 7-axis versions, with varying prices.
2. The increase in the length and stroke of the robotic arm will lead to a more complex mechanism and control system, which in turn will affect the price.
Meanwhile, depending on the application area, it is sometimes necessary to adopt a multi axis linkage or multi degree of freedom robotic arm system, which will also increase the price of the robotic arm.
The commonly used stroke for KUKA robotic arms in the field of carving milling is 2100mm. Who have interest about cnc kuka 6 axis milling machine welcome to review our KUKA 6 AXIS CNC Milling Machine RA-2100AB details.
3. The higher precision of the robotic arm, the higher requirements for the control system and motion planning, resulting in a corresponding increase in price. Meanwhile, in order to improve the positioning accuracy of the robotic arm, additional sensors and control systems may need to be introduced, which will also increase the price of the robotic arm.
4. The greater load capacity, the more mechanisms and materials are needed to bear the greater weight, resulting in a corresponding increase in price. Meanwhile, in order to improve the response speed and motion performance of the robotic arm, it may be necessary to adopt more advanced motors and drive systems, which will also increase the price of the robotic arm.
The robot arm carving machine we produce uses Yaskawa servo motor drivers from Japan, with high torque and the best stability.
5. Repetitive positioning accuracy and rigidity.
Repetitive positioning accuracy refers to the precision of a robotic arm in multiple repeated movements with the same trajectory, while rigidity refers to the ability of the robotic arm to resist deformation when subjected to external forces. These two factors have a significant impact on the performance and effectiveness of robotic arms, and therefore also have an impact on the price of robotic arms.
6. The complexity of software and control systems in robotic arms is responsible for controlling the motion trajectory and executing operations of the robotic arm, and its level of complexity directly affects the performance and effectiveness of the robotic arm. At the same time, in order to meet the needs of different application scenarios, customized development of software and control systems may also be required, which will increase the price of robotic arms.
The most widely used software in the field of robot arm carving is the Russian software SprutCAMX. We can provide software support for training and installation needs.
7. Good after-sales service and technical support can ensure the long-term stable operation of the robotic arm, reduce downtime and maintenance costs. Therefore, when choosing a robotic arm supplier, one should consider their level of after-sales service and technical support, rather than just focusing on price.
Good technical support is the cornerstone that determines whether a product can go further, especially in terms of software training for KUKA6 axis robot arms, which few people in China can do very well. Rhino company can provide complete software and training to help you quickly use the robot arm for carving and milling processing.
Rhino Industrial Robot Arm for 3D 4D 5D Mold Milling Machine, KUKA ROBOTIC 6 Axis
RA-2000AB 6 axis KUKA robot arm is Rhino new technology 6 axis milling machine that professional for 3D 4D 5D mold sculpture making on various materials as foam,EVA,PE,PP,Wood ,stone etc.
It is as human flexible arms with 5 axis 6 axis and 7 axis that made huge contribution for industrial automation.
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