MOQ: | 1 |
Price: | 25000~33000USD |
Standard Packaging: | With Wooden Box |
Delivery Period: | 5-8 Week |
Payment Method: | T/T |
Supply Capacity: | 30PCS/30Day |
KUKA’s Collaborative Robot (Cobot) is a lightweight yet robust, advanced robot system. It is designed for industry-leading performance and repeatability, capable of ±0.01 Mm accuracy in cobot welding, cobot UR, and cobot robot applications. The robot is powered by the KR C5 Micro controller and has a maximum payload of 3 Kg and a weight of 22.8kg. Furthermore, the robot has great flexibility, allowing for easy integration into various production scenarios. It guarantees safe and reliable operations, with advanced safety features and high-end control technology.
KUKA's LBR iisy 3 R760 is a collaborative robot (cobot) with an advanced KR C5 Micro controller, with an IP30 protection rating (IEC 60529). Its repeatability is ±0.01 mm, and it is designed to be used in industrial production and manufacturing. It is a highly reliable and productive cobot that is perfect for a wide range of applications, from welding and palletizing to pick and place operations. It is easy to use and its intuitive user interface makes it suitable for all levels of operators. It has a minimum order quantity of 1, and its price ranges from 25000 to 33000 USD. It comes with a wooden box and can be delivered within 5-8 weeks. Payment terms are T/T, and it has a supply ability of 30PCS/30Day.
KUKA LBR iisy 3 R760 is an ideal choice for cobot robot applications with its competitive ur10e price and cobot price. It comes with a maximum arm reach of 760Mm, repeatability of ±0.01 Mm, protection rating of IP30, and a footprint of Ø210 Mm. It has a weight of 22.8kg and can be delivered in 5-8 weeks. Minimum order quantity is 1, and it is available at a price range of 25000~33000USD.
The packaging and shipping of a Collaborative Robot requires special attention to ensure that the product is not damaged during transit. The following steps should be followed when packaging and shipping a Collaborative Robot:
MOQ: | 1 |
Price: | 25000~33000USD |
Standard Packaging: | With Wooden Box |
Delivery Period: | 5-8 Week |
Payment Method: | T/T |
Supply Capacity: | 30PCS/30Day |
KUKA’s Collaborative Robot (Cobot) is a lightweight yet robust, advanced robot system. It is designed for industry-leading performance and repeatability, capable of ±0.01 Mm accuracy in cobot welding, cobot UR, and cobot robot applications. The robot is powered by the KR C5 Micro controller and has a maximum payload of 3 Kg and a weight of 22.8kg. Furthermore, the robot has great flexibility, allowing for easy integration into various production scenarios. It guarantees safe and reliable operations, with advanced safety features and high-end control technology.
KUKA's LBR iisy 3 R760 is a collaborative robot (cobot) with an advanced KR C5 Micro controller, with an IP30 protection rating (IEC 60529). Its repeatability is ±0.01 mm, and it is designed to be used in industrial production and manufacturing. It is a highly reliable and productive cobot that is perfect for a wide range of applications, from welding and palletizing to pick and place operations. It is easy to use and its intuitive user interface makes it suitable for all levels of operators. It has a minimum order quantity of 1, and its price ranges from 25000 to 33000 USD. It comes with a wooden box and can be delivered within 5-8 weeks. Payment terms are T/T, and it has a supply ability of 30PCS/30Day.
KUKA LBR iisy 3 R760 is an ideal choice for cobot robot applications with its competitive ur10e price and cobot price. It comes with a maximum arm reach of 760Mm, repeatability of ±0.01 Mm, protection rating of IP30, and a footprint of Ø210 Mm. It has a weight of 22.8kg and can be delivered in 5-8 weeks. Minimum order quantity is 1, and it is available at a price range of 25000~33000USD.
The packaging and shipping of a Collaborative Robot requires special attention to ensure that the product is not damaged during transit. The following steps should be followed when packaging and shipping a Collaborative Robot: