The advantages of IITM collaborative robots

 

The design concept of IIMT collaborative robots is to work together with humans to enhance productivity and work safety. Their characteristics usually include the following aspects:

Lightweight:
Collaborative robots are often lighter than traditional industrial robots, making them easier to move and redeploy, while also reducing potential risks during operation.

Friendliness:
When designing, ergonomics and safety were taken into consideration, and the surface and joints of the robot are usually smooth and flat, avoiding any sharp edges or gaps that may harm the operator.

Perception ability:
Equipped with various sensors such as torque sensors, visual sensors, etc., so that they can perceive changes in the surrounding environment, including human presence, and make corresponding responses to ensure safety.

Easy to program and use:
Usually, intuitive programming interfaces are used, and even guided programming is supported, allowing non professional technicians to quickly set up and adjust task processes.
 

Flexibility:
Collaborative robots can perform a variety of tasks, from simple picking and placing to more complex assembly and inspection, and their versatility allows them to adapt to different work scenarios.

Security:
Safety features include but are not limited to collision detection, speed and force limitations, and automatic deceleration or stop when human approach is detected.

Economy:
Compared to traditional robots, collaborative robots typically have lower initial investment and maintenance costs, while providing a higher return on investment.

Mobility:
Many collaborative robots are designed to be mobile, easily moving from one workstation to another to adapt to changes in production needs.

Adaptability:
Collaborative robots can adapt to constantly changing production environments and tasks, which helps improve the flexibility and response speed of production lines.
 

These characteristics have enabled collaborative robots to be widely used in industries such as manufacturing, healthcare, logistics, and food processing, promoting the development of industrial automation and intelligence.

IIMT established in Sep, 2016,which is focusing on the R&D and manufacture of Cobot/ Collaborative Robot Arm.

At present,We have 6 models, with the payload from 2kg to 20kg and arm range from 582mm to 1650mm.

Can be applied to multiple scenarios, such as palletizing, welding, CNC loading and unloading, etc

Which can be widely used in 3C, automotive, semiconductor, metal processing, medical treatment, new retail,

etc.And have successfully developed more than 200 practical applications with the advantages of high flexibility, smart operation, easy installation.