Shorts - Import export

The Prinova, which is capable of 9,000 cycles per hour, can be changed over incredibly quickly thanks to its innovative individual feeder. It is therefore the ideal saddle stitcher for short runs, but as an allrounder, it is also designed for mediumsized runs as well. Thus, the Prinova offers you a clear efficiency advantage compared to other saddle stitchers in this performance class. With its good price/performance ratio and quick ROI, the Prinova is the ideal solution for printing houses that work with conventional printing methods, are active in digital printing now, or soon will be.

Low print runs, such as reprints of books, are produced very efficiently in the highest quality with the Diamant MC Digital – whether they have rounded spines or straight spines.This allows the economic production of smallest jobs down to copyofone.

The Komax Alpha 355 is designed for one and two-sided crimping and seal loading. It even handles double-crimp connections involving varying lengths and the same wire types without any problem. The ultra-precise dual-channel blade system allows for a large range of wire sizes without blade changes.

Seamless quality control is becoming an ever important factor in competition. Micrographs are indispensable in the release of new crimp terminals and tools. The highly flexible and modular MicroLab 55 micrograph laboratory is a central part of modern quality engineering. The MicroLab 55 micrograph laboratory is designed for the most versatile application ranges and is ideally suited for this purpose. It enables micrographs to be produced for all types of crimps available on the market – both transverse section and longitudinal section. The above applies also to products such as PCBs or housings from outside the automotive sector. Extremely short processing times can be achieved thanks to the optimum arrangement of the individual modules. Reproducible sample preparation is guaranteed to be perfect because the sample does not have to be re-clamped between the individual processing steps.