ABB SWIFTI CRB 1100/0.58 Alternatives & Competitors

The ABB IRB 14000 YuMi stands out as a groundbreaking dual-arm robot that revolutionizes human-robot collaboration in industrial automation. With its safety-centric design, breakthrough functionality, and adaptability for various applications, it unlocks significant potential across industries. Its human-friendly features, including dexterity and precision, make it an ideal choice for small parts assembly and tasks that require close collaboration between humans and robots. Additionally, its tolerance for extreme temperatures and compatibility with specific software systems make it a unique and reliable option for industrial automation in diverse settings.

The ABB SWIFTI CRB 1300 is an advanced industrial collaborative robot that redefines performance and safety standards in the world of cobots. It is specifically designed for high payload and demanding applications, accommodating payloads ranging from 7kg to 11kg and reaching distances from 0.9m to 1.4m. With this high payload capacity, SWIFTI broadens the range of collaborative applications, excelling in tasks such as palletizing, machine tending, and screwdriving.

Safety is a top priority in the SWIFTI CRB 1300. It goes beyond traditional physical fences by combining ABB's SafeMove safety functionality with plug-and-play FlexPendant add-ins and an external laser scanner. This setup facilitates safe and seamless collaboration between the robot and human workers. An interaction status light provides visual indications of SWIFTI's operational status, enhancing transparency in its interactions.

The SWIFTI CRB 1300 boasts an impressive speed that sets it apart from other cobots. Leveraging ABB's proven industrial performance parameters, it combines class-leading industrial speed with unparalleled collaborative performance. This fusion of speed and productivity ensures optimal efficiency in industrial processes without any compromise.

Notable specifications of the SWIFTI CRB 1300 include its diverse payload and reach variants. It comes in three payload options: 7kg, 10kg, and 11kg, along with a reach range of 0.9m to 1.4m. Additionally, an IP67 variant is available for deployment in dusty and high-moisture environments, expanding its usability across different industrial settings.

Ease of use is another strong suit of the SWIFTI CRB 1300. It comes equipped with pre-installed Wizard easy programming software and intuitive robot movement programming through an external lead-through device. The SafeMove configurator App on the FlexPendant streamlines the safety setup for users.

In terms of safety, SWIFTI CRB 1300 adheres to high standards. It is supervised by SafeMove and safety sensors, allowing it to stop safely before making contact with a human. The robot is safety-certified as category 3, PL d, providing an extra layer of assurance in collaborative environments.

Productivity is taken to the next level with the SWIFTI CRB 1300, featuring a Tool Centre Point speed of 6.2 m/s, making it six times faster than other cobots in its class. Additionally, it offers up to five times higher position repeatability at 0.02mm, ensuring accurate and consistent results in precision tasks. The inclusion of four integrated air supplies enables vacuum picking, further enhancing its versatility.

Powered by ABB's OmniCore™ C30 and C90XT controller, the SWIFTI CRB 1300 boasts best-in-class motion control, delivering exceptional performance in various industrial automation applications. Its compatibility with these advanced controllers makes it an ideal option for seamless integration into existing robotic systems.

The ABB IRB 14050 YuMi is an advanced collaborative robot that stands out with its best-in-class safety features, ultimate flexibility, and approachable design. Unlike traditional industrial robots that require strict safety barriers, YuMi is engineered to work directly alongside humans, creating a safer and more efficient work environment. Its collaborative nature allows it to perform a wide range of tasks while ensuring the safety of nearby human operators.

One of the standout features of YuMi is its versatility. It is designed to handle various tasks, from handling small parts to conducting inspection operations. The robot's agility and flexibility make it an ideal solution for dynamic production environments where tasks may vary or change over time. Additionally, its lightweight construction enables easy portability and reprogramming, making it simple to adapt to changing production needs and workflows.

YuMi's compact and lightweight single-arm design is a key factor contributing to its flexibility and usability. The robot can be mounted in any direction, including ceiling, table, and wall mounting, allowing for rapid and flexible installation to seamlessly integrate into existing production lines. This adaptability makes it a cost-effective option for retrofitting automation solutions without requiring significant changes to the production setup.

The ultra-light magnesium arm of YuMi is a remarkable feature that sets it apart from traditional 6-axis robots. With seven axes of rotation, the robot can mimic human-like movements with even greater agility and precision. This capability is particularly advantageous in applications that demand intricate, delicate, or precise operations.

Beyond its physical capabilities, the IRB 14050 YuMi also boasts compatibility with specific software systems, enhancing its usability and integration into various industrial automation setups. Its ease of programming allows operators to quickly and efficiently set up new tasks or modify existing ones to optimize productivity and adapt to changing production requirements.

Moreover, the robot's construction and components are engineered to withstand and operate effectively in various conditions. It exhibits high tolerance for extreme temperatures, ensuring reliable performance even in challenging environments. This feature expands the range of applications where YuMi can be utilized, including industries where temperature variations might be a concern.

COBOTTA PRO is a high-speed collaborative robot designed to deliver both productivity and safety in industrial automation settings. Unlike traditional robots, COBOTTA PRO is specifically designed to work alongside human operators, enhancing their efficiency and ensuring their safety. It is capable of performing a wide range of tasks, from simple operations to complex multi-process tasks such as assembly and inspections.

One of the standout features of COBOTTA PRO is its top-class speed. With a top TCP speed of 2,500 mm/s, it is among the fastest collaborative robots in the industry. Its speed rivals that of 5- and 6-axis robots during high-speed operation. This impressive speed is achieved through the use of a proprietary high-rigidity torque sensor mounted on its lightweight and slim arm axes. Additionally, pneumatic lines and I/O wiring are routed inside the arm up to the flange, increasing usability.

While delivering high-speed operation, COBOTTA PRO ensures a high level of safety. Denso has improved the arm design and basic functionality to enhance safety measures. Additionally, a new scene function has been developed to further enhance safety. This combination of speed and safety maximizes productivity, allowing for efficient collaborative operations.

COBOTTA PRO features an intuitive teaching system that makes it easy for operators of all levels of expertise to program and control the robot. Denso has developed new teaching and programming systems specifically for COBOTTA PRO, enabling intuitive and efficient teaching in a short period of time. Users can leverage the extensive functionality provided by these systems to make fine adjustments and perform tasks that would be challenging with conventional teaching methods.

The COBOTTA PRO supports the CRC9, which is based on the RC9 robot controller. The CRC9 provides integrated equipment control and an integrated development environment, making it easier to automate highly difficult tasks. It can be combined with Denso Wave's 3D vision technology and general-purpose AI software, allowing for the automation of manual tasks that were previously challenging to accommodate using conventional methods. This integration of control systems and software expands the capabilities of COBOTTA PRO and makes it a versatile option for industrial automation.

In addition to the standout features mentioned above, COBOTTA PRO may have specialized specifications depending on the specific requirements of the application. For example, it may have a tolerance for extreme temperatures, allowing it to operate in environments with high or low temperatures without compromising its performance. It may also have compatibility with specific software systems or protocols commonly used in industrial automation, enabling seamless integration into existing automation setups. These specialized specifications make COBOTTA PRO a unique option for industrial automation, catering to a wide range of applications and operating conditions.