KUKA Robotics Corporation Product
KR 500 FORTEC
Model: KR 340 R3330, KR 340 R3330 F, KR 420 R3080, KR 420 R3080 F, KR 480 R3330 MT, KR 480 R3330 MT-F, KR 500 R2830, KR 500 R2830 C, KR 500 R2830 C-F, KR 500 R2830 F, KR 500 R2830 MT, KR 500 R2830 MT-F
The exceptional product quality that the KR 500 FORTEC delivers in milling and other applications
The KR 500 FORTEC is our versatile heavy-duty robot that is suitable for a wide range of applications. For example, the Machine Tool variant is predestined for milling applications in the high payload range, while the Foundry variant is perfectly suited to heavy-duty tasks in the foundry.
The exceptional product quality that the KR 500 FORTEC delivers in milling and other applications is based on two fundamental features that inspired the robot’s name: strength and proven technology. Reaches of up to 3,326 millimeters enable large workpieces to be processed, even in confined cells. Thanks to its streamlined design with minimized interference contours, the robot provides you with an unusually large workspace and the maximum possible payload distances.
Advantages
Absolute precision
The KR 500 FORTEC combines power and technology with a pose repeatability of 0.08 millimeters – for unbeatable product quality in the heavy-duty range.
Powerful and efficient
The KR 500 FORTEC handles large and heavy components weighing up to 500 kilograms with great precision and ease. At the same time, it requires very little maintenance and is characterized by cost-efficiency as a result.
Versatile
There are numerous variants of the KR 500 FORTEC, which opens up a wide range of potential applications in the heavy-duty range. The Machine Tool variant is perfectly suited to milling and the Foundry variant is ideal for the casting industry.
Other Products from KUKA Robotics Corporation
KR 4 AGILUS
High performance in any installation position and in a small footprint - the KR 4 AGILUS
KR CYBERTECH nano
Flexible, cost-effective robots for applications such as handling, welding, palletizing or adhesive bonding


