Automated dosing and dispensing robots

Dispensing robots automatically apply a substance, such as adhesive, sealing or insulating material, to any material. Automatic dispensing processes have clear advantages over manual processes:

Greater precision
Greater workplace safety, as people no longer come into contact with chemicals
Higher and consistent quality

Whether industry or application, the areas in which dosing robots are used vary greatly. Modular robotics makes it possible to customise a dispensing robot to your individual application. Contact us to find out which type of robot is suitable for your dosing or dispensing process.

Examples of dosing and dispensing applications

Dispensing application in animal feed production

Efficiency and automation play an important role in industry. In this case, it was a question of scaling up production, as the employees were unable to increase production due to the manual processes. What was previously controlled by individual filling hoppers is now handled by a large tank and a hose.

Automated feeding of the raw mass
Compliance with constant output quantities
Elimination of tedious manual processes
cost-effective dosing processes through the use of Low Cost Automationsolutions

To the application

Dispensing application in production

Fast and cost-effective automation of a dispensing application. The gantry cell is equipped with all the necessary components for standard tasks to minimise the effort involved in automation. The video shows the setting of glue dots with a dispenser

Automated feeding of the liquid
Uniform dosing of the liquid
Reduction of manual, error-prone processes
cost-effective dosing processes through the use of Low Cost Automationsolutions

To the application

Dispensing application in 3D printing

With this XXL 3D printer, plastic waste can be reused and printed into components for houses. The printing gantries set up in overseas containers process regranulated plastic waste directly on site. A spatial gantry robot with stepper motor technology was used.

Large-volume printing of plastic components
Precise adherence to nozzle positioning
Sustainable production of components directly on site
cost-effective dosing processes through the use of Low Cost Automation solutions

To the application