IIMT CR-10 Alternatives & Competitors

The ABB GoFa 10 is a collaborative robot designed to handle higher payloads with enhanced precision and safety features. It boasts a payload capacity of 10 kg, which is double that of the GoFa 5, making it suitable for more demanding tasks that require greater strength and reach. Its advanced sensors and software ensure safe interaction with human operators, allowing it to work alongside people without the need for extensive safety barriers.

One of the standout features of the GoFa 10 is its user-friendly interface and programming capabilities. ABB has equipped the GoFa 10 with intuitive programming tools, enabling users with little to no robotics experience to quickly set up and deploy the robot. The GoFa 10 can be programmed using ABB's lead-through programming, which allows operators to physically guide the robot through tasks, simplifying the setup process and reducing downtime.

In terms of applications, the GoFa 10 is versatile and can be employed in a wide range of industries, including automotive, electronics, and consumer goods. It excels in tasks such as assembly, material handling, and quality inspection, where its higher payload capacity and precision can significantly enhance productivity and efficiency. The robot's collaborative nature ensures that it can be seamlessly integrated into existing workflows, working alongside human operators to improve overall operational efficiency.

The AUBO-i10 is a lightweight collaborative robot designed for human-centric agile manufacturing. With a 10 kg payload and 1350 mm reach, it provides flexibility and ease of integration into various industrial environments. Its six axes allow for a wide range of motion, making it suitable for tasks such as machine tending, assembly, and packaging. The robot's compact design and user-friendly features facilitate quick deployment and adaptation without extensive programming knowledge.

A key feature of the AUBO-i10 is its collaborative functionality, allowing it to operate safely alongside human workers without the need for additional safety equipment, provided a risk assessment is completed. Its hand-guiding teaching method and integrated teach pendant simplify programming and operational adjustments. Safety is reinforced through power and force limiting functions that automatically stop the robot if a collision is detected, and real-time feedback is provided by embedded sensors.

The robot supports open-source architecture, including ROS (Robot Operating System) compatibility, and features a CAN bus network for inter-joint communication. This openness, combined with its low cost of ownership and high positional repeatability, makes the AUBO-i10 an appealing choice for both industrial automation and academic research. Its versatility and ease of reconfiguration contribute to its efficiency in high-mix, low-volume applications.

The IIMT-CR-16 is IIMT’s largest collaborative industrial robot arm, designed for bigger tasks where precision and reliability are still of paramount importance. With the IIMT-CR-10 cobot you can automate processes and tasks with payloads that weigh up to 16 kg (35.6 lbs).

The automatic industrial flexible collaborative robot arm IIMT-CR-05 is a lightweight, adaptable collaborative industrial robot that tackles medium-duty applications with ultimate flexibility. Equipped with intuitive programming, versatile use, and an almost endless list of opportunities for add-ons. The IIMT-CR-05 is designed to grow in capability alongside your business, a springboard to improved product quality and productivity, so you will always be able to stay ahead of the competition.

The high precision 6 axis lightweight collaborative robot IIMT-CR-03 is the smallest collaborative table-top robot. It is perfect for light assembly tasks and automated workbench applications. The compact table-top cobot weighs just 13 kg, but has a payload of 3 kg, ±180 degree rotation on all wrist joints, and infinite rotation on the end joint. Designed for shorter reach environments, can be deployed in tight spaces.

A unique feature of the P-Rob 3 is the outer cover made of padded, soft artificial leather. In combination with collision detection, the P-Rob 3 is an excellent choice for collaborative applications.

The P-Rob 3 can be controlled using a number of interfaces. Our self-developed software myp offers an intuitive GUI and a flexible

Python-based scripting environment. The ROS and TCP interfaces offer full flexibility and easy integration into other systems.

An interactive ring provides configurable multifunction buttons for easy handling of the robot.

A unique feature of the P-Rob 3 is the outer cover made of padded, soft artificial leather. In combination with collision detection, the P-Rob 3 is an excellent choice for collaborative applications.

The P-Rob 3 can be controlled using a number of interfaces. Our self-developed software myp offers an intuitive GUI and a flexible

Python-based scripting environment. The ROS and TCP interfaces offer full flexibility and easy integration into other systems.

An interactive ring provides configurable multifunction buttons for easy handling of the robot.

CR-35iB: The world’s strongest cobot

The CR-35iB is not only a FANUC but the world’s strongest collaborative robot with a lifting capacity of up to 35 kg. The load capacity combined with its extensive reach and safety certification makes it ideally suited to a wide range processes involving heavy lifting and positioning that was traditionally carried out by humans.


Superior reach as well as payload
The CR-35iB can handle objects up to 35 kg, making it ideal for processes that expose workers to the risk of repetitive strain and other work-related injuries. Its versatility is enhanced by an extensive reach (1831mm), making it suitable for a large variety of applications.


Large hollow wrist
To prevent the risk of snagging and cable wear, all cables can be routed through the robot’s large 57 mm diameter hollow wrist and hollow arm. An additional mounting facility on the J3 arm enables close mounting of end effector control equipment.


Human safe, no fences needed
Due to its collaborative nature, CR-35iB works in cooperation or alongside humans in a shared work environment. The whole CR series is equipped with ultra-safe FANUC contact stop protection based on proven sensor technology, so humans safety is assured while fences are no longer needed


Protection class IP67
The extra smooth surfaces of the CR series helps to minimise dust and dirt build up. Thanks to IP67 protection on its arm and wrist axis, it is well suited for dirty environments.


Objects recognition
As with all FANUC robots, the CR series can be equipped with a FANUC 2D and 3D Vision Systems which can enable the robot to locate and position parts and workpieces.


Proven reliability
The CR-35iB maybe green to indicate its collaborative nature but as with any Yellow FANUC robot ensures the same high reliability and uptime due to well proven technology and ease of repair.

The Han's Robot S series collaborative robot is a powerful industrial automation tool, designed to handle heavy loads with ease. With an impressive payload capacity ranging from 20kg to 25kg and a working radius of 1700mm to 1800mm, it's well-suited for tasks such as machine loading and unloading, palletizing, assembly, and heavy load handling. What sets the S series apart is its emphasis on performance, safety, and versatility. It boasts a rapid response time, with real-time control refresh frequencies of 1000/5000 Hz, ensuring precision in complex tasks. Additionally, it offers advanced safety configurations, making human-machine collaboration more secure and reliable.

This collaborative robot offers a low barrier to entry, enabling users to quickly learn and implement programming methods, making it accessible for a wide range of applications. Its modular design allows for easy customization to meet specific customer needs, facilitating flexible deployment and straightforward maintenance. The Han's Robot S series is an ideal choice for industries seeking to enhance productivity and efficiency while ensuring the safety of their workforce. Its heavy payload capacity and long reach make it a versatile tool for addressing various industrial automation challenges.