The syringes are placed onto a conveyor belt via a turning wheel and fed into the machine.

The vials are placed onto a conveyor belt via a turning wheel and fed into the machine.

The needles are fed into the machine via a vibratory table.

Flat blanks are stored in a six-track magazine. The TLM-F3 robot takes the flat blank from the magazine and presents it to the TLM-F2 robot. This robot places the blank onto the vacuum transport system (VT). The VT then moves the blanks under the glue heads, which apply the glue. Another TLM-F2 robot then takes the blanks from the VT and pushes the flat blank through a folding box. In doing so, the carton is erected and placed onto a Transmodul. This process runs in two parallel streams, so that twelve cartons are erected at the same time.

A TLM-F3 robot takes the flat compartment inserts from a magazine and presents them to a TLM-F2 robot. This robot places the blank onto a folding unit, folds it at the appropriate point and inserts the compartment insert into the erected carton.

A TLM-F2 robot takes the syringes from the infeed and places them into the carton.

A TLM-F2 robot takes the vials from the infeed and places them into the cartons.

A TLM-F2 robot takes the needles from the infeed and places them into the cartons.

A camera checks the carton once more for completeness. Products that do not meet the specifications are rejected in the next step.

Using a TLM-F3 robot, the leaflets are taken from a twelve-track magazine and presented to the TLM-F2 robot. This robot places the leaflets onto the products in the carton. At the same time, the cartons are transferred onto a closing table.

A TLM-F2 robot closes the filled carton and places it onto a vacuum transport system.

In the final step, a code is laser-engraved onto the carton or a label is applied, depending on the format.