Where to consider using collaborative robots companies
Collaborative robots are the latest addition to the robot industry. The application of collaborative robots enables humans and robots to work safely and effectively together in a shared environment. There is no risk of injuries and damages. The collaborative robots are designed with software and multiple advanced sensors. These robots help humans detect any abnormal force easily and help them to work swiftly. These cobot robots are programmed to respond immediately when they come in contact with humans in the environment by stopping or reversing their position. In recent time, many colloaborative robot companies have evolved in manufacturing cobots that offer numerous advantages to businesses, workers and production lines.
The robotic market overtook collaborative robots in 2017. By 2021, the collaborative robot market is expected to grow. Several industries are looking towards cobots for a new automated future. Cobots are superior as they can function in areas of work which was previously occupied only by human counterparts. Because of force feedback and collision detection features, they are made safe to work next to human operators.
Main features of using a cobot robot
Cobot robot is the most significant growing technology in the world. Cobots are designed to work with people in cooperative environments. Cobots provide relief for people by safely transporting sharp, hot or pointed workpieces and dangerous bolting work for the high level of safety that these can offer than regular robots. Cobot models are easy to program and learn independently. Thus, making cobot models more flexible and teachable. All the cobots can be mounted on any surface such as horizontal, vertical or the ceiling. The cobots are lightweight and can be carried by one person.
Application for cobots listed by collaborative robots companies
Here are the lists of application of cobots.
- Pick and place
- Machine Tending
- Packing and palletizing
- Quality inspection
The most repetitive tasks performed by human workers are manual pick and place. This work often leads to mistakes, strain or injury. In pick and place task, the work-piece is picked up and shifted to different locations. In machine tending task, the cobots free up the humans and lead to increased productivity. The tool changes or replacement of raw materials are done in this application. This application needs the cobot to have input/output interfacing hardware specifically to the machine.
The packing and palletizing application are used to pack the products for shipment. Packing includes shrink wrapping, box assembly, loading and placing onto a pallet. These involve small payloads, perform repetitive tasks and make ideal for the cobots. A vision system is also required for the products which are in non-uniform shape. In the quality inspection process, the cobot has to check the quality of the products. This process needs a full inspection of finished parts to increase more accurate production.
Other applications where collaborative robot companies are considered
In the process task, the tool interacts with the work-piece repeatedly. Some of the examples are: gluing processing, dispensing or welding. With the usage of cobot, the programming can be done in one unit and copied to others. The constant TCP speed is maintained with the polyscope interface. This guarantees the cobot to deposit the materials at a constant rate.
Usually, the finishing tasks are performed by humans with a manual tool and a large amount of force. But the cobot will provide the necessary force, repetition, and accuracy in finishing the jobs. The finishing task includes grinding and polishing. Cobots have self-control and deal with different dimensional parts. This is attained through force sensing with end-effector. The growth of cobots will continue in automotive, electronics and other manufacturing companies. With the benefits of safety and flexibility, collaborative robots can bring robotics to a wide range of users.