ABOUT US

In the state-of-the-art production and logistics centre, we have introduced a modern WMS system including control centre and forklift guidance system to achieve a high throughput of goods and to optimise and automate storage-, removal- and return-processes. Several block storage areas as well as the area of the mobile racks are captured by our system. In order to optimally organise the pallet movements, various optimisation strategies are used at the same time, which are controlled and monitored by our system. Each forklift was easily upgraded with a forklift terminal and thus integrated into our system. All activities can be conveniently analysed and controlled on the browser via a modern dashboard. The information obtained, such as the real-time stock level or even a complete base data overview, enables efficient planning for procurement and production.

Our sophisticated tugger train solution resolves problems with small parts intralogistics in production and ensures security of supply. The required parts are delivered to the assembly stations using a tugger train equipped with RFID technology.

The required parts are delivered to the assembly stations using a tugger train equipped with RFID technology. The loaded transport units are automatically detected and the correct unloading stations visualized. This allows an optimal route to be chosen for only the relevant stations.

The route is displayed on the vehicle terminal and all relevant information shown during loading and unloading processes, allowing handling errors to be corrected immediately. This ultimately improves the overall process quality and ensures accurate production planning.

One of the largest manufacturer of medical implants enhanced incoming and outgoing goods control in their automated Knapp AG warehouse with our solution.

Using our and our RFID gates, orders are now processed in a modern and flexible way that meets the highest quality standards. The customised process software allows the automated validation of expected articles including a check for expiration dates and logging and tracking of all bookings.

The new automated high rack management system creates efficient warehouse logistics as well as optimal flow of goods to the production process. This is made possible by a comprehensive RFID system covering racks, containers and stackers.

The highly metallic environment with storage locations very close to each other presented the challenge of integrating an RFID system that could automatically book containers to the right storage location up to 12 metres above the ground, without any user interaction, and without any handling errors. Using intelligent algorithms and intuitive software, it was possible to implement this solution in just a short amount of time.

Electromobility is also increasing more and more in Austria. As a result, Austria’s largest mobility club is massively expanding its own charging network ÖAMTC ePower throughout Austria. Together with a steadily growing partner network, more than 4,500 charging stations will soon be available.

Various payment options are available at the stations, including the ÖAMTC ePower charging card. We printed this individual customer card with an RFID tag. This makes charging at one of the many ÖAMTC ePower charging points even easier and more transparent.

The recording of the individual card number combined with the RFID number enables easy recording and processing of the necessary data by the software we developed.

The guided multimedia tour through the visitor centre at the EU parliament is a thoroughly modern experience that links media guides with various RFID technologies.

The personalized media guide is the key to an interactive experience of the 21^st century.

Detection of the guide when entering specific areas can trigger content on 360° beamers and monitors or just start videos on the visitors multimedia guide. Just by scanning a specific exhibit the visitor can easily get detailed information on his device.

At Austria’s largest mobility club, ÖAMTC, our RFID gate solution automatically scans vehicles on practise runs in driver trainings.

Each participant receives a personalised transponder for the duration of the training session which is attached to the vehicle windscreen. The labelled vehicles are detected as they pass the gate on the training circuits. This works for speeds of up to 70 km/h at least.

Additionally, a picture of the scene is taken that can then be directly linked to the participant.