KUKA KR 40 PA Alternatives & Competitors
Ranked Nr. 357 of 415 Industrial (Articulated) Robots
Top 10 KR 40 PA Alternatives
- KUKA KR 16 L6
- KUKA KR 100 PA
- KUKA KR 50 PA
- STÄUBLI TX2-160
- STÄUBLI TX2-140
- KUKA KR 700 PA
- KUKA KR 470-2 PA
- KUKA KR 300-2 PA
- KUKA KR 300 PA
- KUKA KR 6-2
KUKA KR 16 L6
Payload 6kg | Reach 1811mmKUKA KR 100 PA
Payload 100kg | Reach 3200mmKUKA KR 50 PA
Payload 50kg | Reach 1991mmSTÄUBLI TX2-160
Payload 40kg | Reach 1710mmThe Stäubli TX2-160 is a versatile 6-axis industrial robot renowned for its precision, speed, and adaptability to various industries, including sensitive environments. It boasts a substantial payload capacity of up to 40 kg and an impressive maximum reach of 1710 mm, making it suitable for a wide range of applications, from heavy-duty tasks to those requiring precise access to hard-to-reach areas. Notably, Stäubli offers specialized versions of the TX2-160 for hygienic, cleanroom, pharmaceutical, and electronic assembly applications, catering to the unique demands of these industries.
One of the standout features of the TX2-160 is its optional SIL3-PLe safety functionalities, which enable safe human-robot collaboration while ensuring high productivity. These safety features, including safe limited speed, safe stop, safe zones, safe tool, and safe touch, position the TX2-160 as one of the fastest and safest industrial robots available, promising a secure return on investment in various manufacturing scenarios. Furthermore, its modular and scalable design, coupled with sealed cable options, enhances integration flexibility, making it an attractive choice for industries requiring a combination of strength, precision, and safety in their automation processes.
STÄUBLI TX2-140
Payload 40kg | Reach 1510mmThe Stäubli TX2-140 industrial robot is a formidable member of the 6-axis robotic arm series, known for its remarkable speed, rigidity, size, and precision. With a robust payload capacity of up to 40 kg and an impressive maximum reach of 1510 mm, these robots are engineered to excel in a wide range of industrial applications. Notably, they offer optional SIL3-PLe safety functionalities, making them exceptionally fast and safe for human-machine collaboration.
One standout feature of the TX2-140 is its emphasis on reliability and cost-effectiveness. These robots boast consistent reliability, low startup and maintenance requirements, and a "ready to move" concept. Additionally, they do not require batteries on the arm or in the controller, and all subcomponents are easily accessible and exchangeable, contributing to a lower total cost of ownership and faster return on investment.
Stäubli's TX2-140 robots are versatile and adaptable to various industries, including those with sensitive environments. Specialized versions, such as the hygienic-humid (HE) robots for the food industry and cleanroom (CR/SCR) robots for clean environments, expand their utility. Furthermore, Stäubli offers pharmaceutical-grade packages and ESD-compatible robots for electronic assembly, testing, and packaging operations. In conclusion, the TX2-140 industrial robot stands out for its high payload capacity, long reach, safety features, reliability, and adaptability across industries, making it an attractive choice for diverse industrial automation needs.