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Best Robots

KUKA KR60-3 KR C4

Robot Details

The robot Kuka KR60-3 with the controller KR C4 combination offers a powerful and intelligent solution for automation needs in a variety of industries. Its features focus on ease of use, safety, energy efficiency, and compatibility, making it a versatile choice for loading and unloading parts, handling parts, machining, polishing, laser cutting, laser welding Nd-Yag, gluing, and arc welding. The KR60-3 is a 6-axis industrial robot that comes with a payload of 60 kg and an arm reach of 2033 mm.

Robot Applications

ABB IRB 1200 (5/0.9)

The robot is suitable for handling parts, polishing, measurement and assembly of parts. The IRB 1200 is a versatile and efficient robotic arm that can be used in various industries and applications due to its compact size, fast cycle times, and powerful motion control technology. The RAPID programming language provides ease of use and flexibility for programming tasks, and the communication capabilities make it suitable for integration into existing automation systems.

ABB IRB 140 M2004

The ABB IRB 140 M2004 robot is a versatile industrial robot with a 5 kg load capacity and an arm reach of 810 mm. The robot is suitable for handling parts, loading, and unloading of parts, and measurement.  

ABB IRB 1600 M2004 10/1.45

The IRB 1600 with the IRC5 M2004 controller provides a reliable and efficient solution for a wide range of industrial automation tasks, delivering increased productivity, reduced power consumption, and ease of programming and control. The robot is suitable for arc welding, laser cutting, plasma cutting, assembly of parts, loading and unloading of parts, and handling parts.

ABB IRB 660 M2004

The ABB IRB 660 is a palletiser of the latest generation and is considered to be faster than its predecessor. The ABB IRB 660 4-axis robot has two versions, one with a 180 kg payload and the other with a higher 250 kg capacity offering flexibility for various applications, both with a 3.15 m range. The robot is suitable for palletizing and handling parts. 

ABB IRB 6620 M2004

The combination of the ABB IRB 6620 robot and IRC5 controller focuses on efficiency, precision, and adaptability, making it an attractive solution for a variety of industrial applications. It is a 6-axis industrial robot that comes with a payload of 150 kg and an arm reach 2200 mm. The robot is suitable for loading and unloading parts, handling parts, assembly of parts, measurement, press tending, spot welding, and palletizing.

 

ABB IRB 6640 3.2-130

The IRB 6640 3.2-130 robot equipped with the IRC5 controller offers a combination of strength, precision, and ease of programming, making it suitable for demanding industrial applications that require heavy lifting, precise movements, and reliable performance. The robot is suitable for spot welding, press tending, palletizing, assembly of parts, loading and unloading, handling parts, and machining.

ABB IRB 6640 M2004

The ABB IRB 6640 is an efficient and versatile robot suitable for heavy-duty industrial applications, offering precision, speed, and ease of programming and maintenance. It is a 6-axis industrial robot that comes with a payload of 235 kg and an arm reach 2550 mm. The robot is suitable for handling parts, loading and unloading, press tending, polishing, palletizing and spot welding.

ABB IRB 6640 M2004 185/2.8 FOUNDRY

The ABB IRB 6640 FOUNDRY robot is suitable for heavy material handling applications. It is a 6-axis industrial robot that comes with a payload of 185 kg and an arm reach 2800 mm. The robot is suitable for loading and unloading parts, handling parts, polishing, palletizing, press tending, and spot welding.    

ABB IRB 7600 340/2.80 M2004

The combination of the ABB IRB 7600's physical capabilities and the advanced features of the IRC5 controller makes it a formidable contender for heavy-duty industrial applications, providing both strength and adaptability in various operational environments. The ABB IRB 7600 340/2.80 M2004 is a 6-axis industrial robot that comes with a payload of 340 kg and an arm reach 2800 mm. The robot is suitable for loading and unloading parts, handling parts, assembly of parts, machining, arc welding, spot welding, press tending, polishing, palletizing, laser welding Nd-Yag, gluing, and plasma cutting.  

ABB IRB 7600 400/2.55 M2004

The IRC5 M2004 controller offers a comprehensive suite of features to optimize the performance and functionality of the IRB 7600 in various industrial settings, enhancing its adaptability, control, and networking capabilities. With a payload capacity of 400 kg and an impressive 2550 mm extension, it's tailored for heavy-duty applications such as loading and unloading parts, handling parts, assembly of parts,  machining, palletizing, press tending, and measurement.  

ABB IRB 7600 500/2.55 M2004

The ABB IRB 7600 500/2.55  with its IRC5 M2004 controller is a robust, versatile, and sophisticated solution for heavy-duty industrial applications. It is a 6-axis industrial robot that comes with a payload of 500 kg and an arm reach 2550 mm. The robot is suitable for loading and unloading parts, handling parts, assembly parts, machining, press tending, polishing, spot welding, and laser cutting.  

ABB IRB 7600 M2004 325/3.10

The ABB IRB 7600 with a maximum payload capacity of 325 kg and a reach of 3100 mm with the IRC5 M2004 controller is a versatile and robust heavy-duty industrial robot, suitable for a wide range of weighty applications across different industries. Its user-friendly FlexPendant and the powerful RAPID programming language make it an efficient and effective choice for handling heavy tasks in manufacturing and other industrial settings. The robot is suitable for the assembly of parts, handling of parts, polishing, machining, palletizing, loading and unloading, spot welding, and press tending.
Description

Description

The Kuka KR60-3 robot with the controller KR C4 is the combination that offers a powerful and intelligent solution for automation needs in a variety of industries. Its features focus on ease of use, safety, energy efficiency, and compatibility, making it suitable for various industrial applications, including general handling, machining, polishing, and loading/unloading parts from metalworking machines, presses, and injection machines. Here are some key points:

  1. Improved Efficiency: The KR C4 controller is designed to reduce costs associated with automation integration, maintenance, and servicing. This results in improved long-term efficiency and flexibility of robotic systems.
  2. Open Data Standards: Kuka’s new system architecture focuses on open and powerful data standards, enabling seamless communication between different controllers and processes. This promotes compatibility and integration with various systems and technologies.
  3. User-Friendly Operation: The controller maintains familiar operator control concepts, making it quick and easy for operators to use. It also expands the set of commands for more user-friendly path programming.
  4. Safety: Safety features are integrated into the controller, enhancing the safety of the robot and enabling its use in new fields of application. The system includes safety technology for protection against accidents and injuries.
  5. Network Security: The integrated software firewall enhances network security, which is crucial for protecting automation systems from cyber threats.
  6. Energy Efficiency: Innovative software functions optimize energy efficiency, helping to reduce energy consumption and operational costs.
  7. Scalable Performance: Multi-core processor support and fast communication via Gigabit Ethernet ensure scalable performance to meet various application requirements.
  8. Robust Design: The controller is designed to withstand industrial environments, with features like maintenance-free cooling and a new fan concept for optimized energy efficiency. This design ensures maximum availability and reliability.
  9. Compatibility: The KR C4 maintains high compatibility with previous programs used with the KR C2 controller, making it easier for users to transition to the latest technology.
  10. Power Supply: The controller is designed for a voltage range of 400 – 480 VAC, which is commonly used in industrial settings.
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