The Extremely Fast Multi-Use Robot
Equipped with the KR C2 software version 4.1.4 or 5.2.17, the Kuka KR 210L 180 S2000’ work’ area is utilized through the fist-shaped envelope robot, thereby minimizing dead space. Ideal cost-effective robots with high-performance, the Kuka KR 210L 180 S2000 robots are robust enough for a variety of functions which is achieved with its repeatability of 0.2mm. With the use of a highly compact cabinet plus two free slots for external axis, the Kuka KR 210L 180 S2000 system is highly expandable ‘
User-Friendly Interface
The Kuka KR 210L 180 S2000 is anchored on the windows interface which provides a user-friendly interaction and software packages are available to facilitate programming. Integration with the external network of the Kuka KR 210L 180 S2000 is made possible via DeviceNet and Ethernet slots for common bus systems.
Ergonomically Designed Control Panel
The Kuka KR 210L 180 S2000 is designed ergonomically with fewer demands while providing remote diagnosis and its motion profile function is available for optimal interaction between each monitor and its velocity.
Kuka KR C2 Robot Controller
Due to the modular design of this Kuka robot controller, the Kuka KR C2 controller allows for a range of customized hardware and software expansions. It features a plug-and-play functionality, a low maintenance system, and it uses service-proven technology to ensure maximum availability.
Versatile and Flexible
The KR 210L 180 S2000 is not just fast and easy to use; this robot is also extremely versatile, making it one of the top choices in its category. Applications include:
Assembly
Assembly robots are highly effective as they can increase production speed and consistency. This robot can be used for lean industrial processes and the end of arm tooling can be customized for each assembly robot to cater to the manufacturing requirements.
Spot Welding
The most common welding application found in the manufacturing field, the robotic spot welding is a type of resistance welding and it joins thin metals together when the metals resist the electrical current. Coating
To stay competitive with quicker speeds with automation, coating robots are a must-have as they are able to spray a product more evenly and precisely, which improves quality and reduces running.
Fiberglass Cutting
With production speeds enhanced with an automated system, fiberglass cutting is a process that requires precision cutting. Due to this robot’s repeatability and precise cutting capabilities, it can greatly benefit your production line.
Foundry
For the harsh conditions peculiar to foundries, forge shops, steel mills, and many automotive plants, foundry robots increase safety, productivity, and efficiency. They can perform a variety of applications including gravity casting, die-casting, sand-casting, etc.
Machine Loading
Machine loading robots are extremely accurate and each machine loader can be lifted with proper end-of-arm tooling that is compatible with your machine. The machine loading robots protect workers from injury and increase production speed.
Material Handling
Material handling covers various forms of product movements. Palletizing, part selection and transfer, machine loading, and packaging are just among the many applications that make up the material handling space. This robot can easily automate dull, tedious, and unsafe tasks in a production line.