CAD Zeichnung der Bodeneinheit für das Steasy Batteriepack

There was recently a post on this blog regarding our 3D printer used for making samples and prototypes. The 3D printer allows both our customers and us to enjoy speed and flexibility in various process steps. For instance, this is true for the start-up Steasy®: We printed a mount designed to hold the start-up’s custom

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Battery Safety – The CE Mark

In the development of battery packs, the focus is often only on technical development. However, this alone does not go far enough. After all, new batteries require various certifications so that they can be placed on the market in compliance with the law. Worldwide, there is a multitude of different rules and regulations concerning the

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The standards of the International Electrotechnical Commission (IEC) are among the most important groups of standards for the certification and safety of electronic products. They include both cells and batteries and span primary cells, secondary cells, battery packs and portable device batteries. In addition to the requirements for the devices and central rules for the

Header "UL certifications - the key to the US market"

For market access in the USA, a so-called NRTL test mark is required for many products. As NRTL does not have its own test mark, test laboratories are accredited accordingly and their test marks are then recognised as NRTL test marks. The most important test mark on the US market comes from Underwriter Laboratories (UL).

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There are various certifications that are relevant when dealing with batteries. On the one hand, this includes the UN38.3 transport test, which concerns the transport safety of lithium batteries. This test is a must as soon as batteries are shipped. On the other hand, there are certifications that, although not mandatory, confirm the safety of