Main features
- Compactness
- Flexibility and scalability
- Intuitive and user-friendly interface
- Intrinsic safety for working in close proximity to humans
When choosing a collaborative robot several considerations need to be taken into account:
– Mobility type: analyze the cobot’s movement based on the weight of the objects to be manipulated, the required speed, the precision of operations and the area to be covered.
– Safety: verify the robot’s compliance with safety regulations along with its relevant safety features.
– Programmability: evaluate the simplicity and flexibility of programming for adaptability to future needs.
– Technical support: assess the availability and quality of technical support to assist users, including non-specialized personnel.
Working area
The workspace is exceptionally broad due to the minimal floor footprint and typically has an almost “spherical” shape in space, appearing as a circle in both the lateral and top views.
Configurations
Collaborative robot can be mounted not only on a fixed workstation following the standard tabletop configuration (or on the ceiling and/or wall) but also on a mobile trolley in case the work position needs to change frequently.
Application’s fields
Cobots operate in the field of repetitive and complex assembly operations, manipulation, even on a mobile platform, palletizing, testing, packaging, machine tending, pick&place, screwdriving and component fastening….
Our “machinery” fleet
TM
TM cobots come with a built-in vision system, both in terms of hardware and software, simplifying the design approach to the maximum.
They can handle payloads of up to 30kg and have a maximum reach of 1700mm.
They feature an easy and intuitive programming interface, even for non-professionals.
Utilizing a flowchart based system it is user-friendly, similar to using a smartphone.
The TM cobots are extremely user-friendly, following the “plug&play” philosophy. They come equipped with a controller and programming software, requiring only the mounting of the robot, connecting it to the controller and calibration according to the instructions for easy programming experimentation.