COLLABORATIVE

Working in Tandem with Employees

Collaborative robots (Cobots) are revolutionizing the way facilities are automating production. Cobots are a relatively new type of robotic solution. Cobots have built-in safety features that allow them to work alongside employees while reducing the amount of space needed to implement since there isn’t a need for safety fencing. The arm of these robots are usually smaller than standard robots (handling payloads up to 25kg) and can be adapted to a variety of positions by the user to teach thee desired movement points. These collaborative robots utilize AI technology that enables them to detect human presence and work in tandem creating enhanced productivity and safety in areas such assembly, packaging and material handling.

How Cobots Work with Employees

Versatility is a key feature of Collaborative Robots (Cobots). Utilizing AI technology, they can be programmed for a variety of tasks. They are designed to work in tandem with your employees in a shared space. Advanced safety features such as sensors and reduced speeds that stop motion when encountering a person or object negate the need for safety measures that take up valuable space. Cobots can be programmed from the manufacturer’s software or manually guiding the cobot through tasks, teaching it specific movements and operations via direct interaction. As a result, cobots can be swiftly adapted to various applications, enhancing productivity and flexibility on the production floor.

Benefits

Safer Working Environments | Impressive safety features keep employees safe

Decreased Ergonomic Issues | Reduces repetitive, manual movements

Smaller Footprint | By eliminating infrastructure (ie work cells) frees up space

Versatile Programming | Flexibility to change process

Precise Product Handling | Vision sensors ensure seamless handling

factors

• Complete process of tasks

• Amount of collaboration needed

• Available facility space

• Speed of throughputs needed

applicable processes

• Palletizing + Depalletizing

• Pick and Place

• Machine Tendiing

• Quality Inspections

• Small Space Requirements