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Plant engineering for the pharmaceutical industry

With pioneering technologies for the pharmaceutical industry, we support our customers on their way to efficient, agile and safe production. Our teams reliably develop automated production processes for the pharmaceutical industry in line with customer requirements. Taking into account regulatory requirements such as GMP and FDA, we focus on our customers' goals: whether costs, product quality or the launch of a new product - we optimize the entire production process for our customers.

Increasing efficiency

Sustainable growth in capacities

Integration of high product variance

Production process for new products

Overview of our key technologies

Cleanroom technology and systems for sterile production
Inspection and measurement technology
Verpackungstechnik

Blister system

for the production of weekly card blisters

The D³ Daily Dose Dispenser was developed in collaboration with KNAPP AG from Graz. The first fully automatic system of its kind, it enables card blisters to be produced safely, quickly and economically.

Integrated quality inspection

Incorrect weekly card blisters are sorted out immediately
Incorrect weekly card blisters are sorted out immediately

Integrated clean room

The workflows along the blistering process are not only automated, but also take place under hygienic standards in accordance with clean room class D.
The workflows along the blistering process are not only automated, but also take place under hygienic standards in accordance with clean room class D.

No manual deblistering

For the first time, tablets can be processed in their original blister. It is no longer necessary to deblister the tablets and store them in canisters beforehand. The original blisters are checked at every stage of production and the ejection of the individual tablets is monitored optically and electronically several times.
For the first time, tablets can be processed in their original blister. It is no longer necessary to deblister the tablets and store them in canisters beforehand. The original blisters are checked at every stage of production and the ejection of the individual tablets is monitored optically and electronically several times.

Modular and expandable design

The system is designed in such a way that several production lines can be linked together. If various modules are added to the system, up to 4,500 patients a week can be treated. In this case, only two to three skilled personnel are required to operate the system.
The system is designed in such a way that several production lines can be linked together. If various modules are added to the system, up to 4,500 patients a week can be treated. In this case, only two to three skilled personnel are required to operate the system.
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Extruder system

for injectable medicines

The IMSTec extruder system is a high-precision system for mixing materials, measuring and sorting cut filaments of nano-composite materials, biopolymers or pharmaceuticals. The automated complete solution fulfills cGMP and FDA requirements.

HMI / Panel PC

Integrated software control system for process monitoring and documentation as well as the display of all relevant systems and process data
Integrated software control system for process monitoring and documentation as well as the display of all relevant systems and process data

Control of the implant strand

A closed control system for the filament ensures that the diameter of the implant shows only minimal fluctuations. Cooling unit for optimum product flow
A closed control system for the filament ensures that the diameter of the implant shows only minimal fluctuations. Cooling unit for optimum product flow

High-precision cutting of the implant

The diameter and length of the filament are cut to the size required for the implant. To ensure 100% product quality, implants that do not meet the specifications are automatically discarded.
The diameter and length of the filament are cut to the size required for the implant. To ensure 100% product quality, implants that do not meet the specifications are automatically discarded.

Gravimetric dosing unit

The drug-polymer mixture is pressed through a valve in a precisely pre-dosed mixing ratio. A filament is produced.
The drug-polymer mixture is pressed through a valve in a precisely pre-dosed mixing ratio. A filament is produced.
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Advice from the first idea

Sales Automation & Technology

Jasmin Vettel

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