Bespoke solutions - Import export

In the fast-paced realm of business, innovation is the key to staying ahead. Our Research and Development (R&D) services are meticulously designed to propel your business into the future by seamlessly integrating Artificial Intelligence (AI), Internet of Things (IoT), and cutting-edge data analytics. Discover how our bespoke solutions can be the catalyst for a sustainable competitive advantage through digital transformation. In cooperation with our medium-sized international partner company, which employs the most brilliant minds, including graduates from Stanford and Princeton, we solve the most demanding mathematical challenges at the interfaces of physics, mathematics, mechanical engineering, IT, electronics, optics and artificial intelligence (AI). What makes us special are the interdisciplinary development teams, including IT specialists, engineers, mathematicians and physicists, who perform the most demanding contract development. Remuneration is purely performance-related.

The PDL model series for labeling Petri dishes from our special machine construction provides filled and sealed Petri dishes with a serialized DMC label in the minimum tolerance range at an output of 130 products/min. The system combines mechanical engineering, label material and thermal transfer printer. The Petri dishes from the previous filling/capping line are fed to the labeling system. By means of a clock star, the system transports the products through the various stations, such as labeling, the press-on unit and DMC inspection, where the grading (quality control) of the data matrix code takes place at the same time. In case of insufficient quality of the barcode, the product is ejected. By using our label dispenser RAPID SM we guarantee an accuracy of +-0.2 mm at a labeling speed of 60 m/min while maintaining the product quality. The signals are switched directly into the stepper motor card developed by us.

The RSA Series is designed to identify suspension springs with the appropriate load class based on an individual payload measurement result. The system receives the measurement results from the upstream system. The system is available as a single or double cycle version (depending on the required throughput). Simple linear axes, single- or twin-robot systems are used as handling systems. Since the labels are normally wider than the distance between the threads, the label is preformed (Ushape) before application to reach the labelling position before it is placed around the wire and finally fixed as a flag label. The data is inspected by a vision system and compared with the original measurement information at the outfeed of the system (verification). The labels are printed in the system with various data such as customer information, barcodes and line information. The data for this is made available via the main control of the production line.