In Remscheid, Germany, the team at SMS Elotherm needed to design inductors for hardening processes that met precise customer requirements. Judith Levermann, a process development engineer at SMS Elotherm, was designing inductors for new hardening cases that typically requires multiple lab trials and prototypes. This process is time-consuming and expensive. Judith and her team needed […]
When designing antennas for different devices, one of the critical steps is the placement studies. These studies involve simulating the antenna together with the device casing and its other internal components. Proper placement studies are important for making sure an optimal performance and efficiency of the antenna. Let’s take a closer look into these studies, […]
The engineers at GH Induction Group faced a challenge to design and produce induction coils faster and more efficiently. Juan Carlos Rodriguez Lara, an application and process manager at GH Electrotermia, led this project. The team needed a way to speed up their work without losing quality. The Problem: GH Induction Group often had to […]
Designing antennas for electronic devices such as smartphones, smartwatches, and earplugs involves dealing with challenging factors to result with optimal performance. One of the challenges in this process is the impact of the human body on antenna performance. In this article we want to explore how the human body interferes with device functionality and share […]
Artificial Intelligence has rocked the world and it already seems like AI can do anything. Just wondering what’s coming next. ChatGPT, a powerful AI language model is something you probably have not missed, even if you are not that into AI’s yet. ChatGPT is capable of generating human-like text based on input prompts. While ChatGPT […]
At GKN Driveline Celaya in Mexico, manufacturing engineer Kevin Tovar Estrada was facing a tough challenge. The induction hardening lines for CV joints were not running as efficiently as they could. Scrap rates were high, and the equipment was wearing out faster than expected. Kevin knew there had to be a better way to manage […]
Wireless charging has transformed how we power our devices, from smartphones, smartwatches, tablets, earbuds, and more to electric vehicles. By removing the need for cables, wireless charging offers a convenient, streamlined power solution. However, this technology faces significant challenges, particularly when it comes to managing heat. However, with an increasing demand to charge electronic devices […]
While most of Volkswagen’s successful projects remain hidden to outside observers, there is one that is worth mentioning. By simulating with CENOS engineers in Volkswagen reduced the induction heating time for the assembly of the power steering rack by a factor of five – from 9 seconds to 2 seconds. As a result, the productivity […]
Inductive wireless charging systems are used in a variety of applications, including medical devices, consumer electronics, and electric cars. The advancement of wireless power transfer (WPT) makes this possible and offers a more efficient approach to charging devices, including the ability to charge multiple devices simultaneously. The main challenges and goals in the development of […]
As the demand for electric vehicles continues to grow, induction heating engineers are increasingly being tasked with adapting production processes to accommodate EV parts. However, this presents a significant challenge, as the requirements for EV parts can be vastly different from those of traditional automotive components. For instance, EV parts usually require a deeper hardened […]
We are a software company on a mission to reshape the engineering process by providing engineers of all disciplines with truly accessible simulation tools for practical work.
C. Héroe de Nacozari 25B-int V-2210, Centro, 76000 Santiago de Querétaro, Qro., Mexico.
(US) +1 (708) 794 4046
Zeļļu iela 23, Riga, Latvia.
(EU) +371 27819253