11. August 2021

What is a Safe State?

What is a safe state and how should the system be designed to achieve this safe state? Our hardware expert Igor answers these questions in the first part of our second bel.academy episode.
13. April 2021

How to build a Safety System that meets the Requirements of SIL 3/Cat 4/PLe?

How does the hardware architecture of a safety system look like? What must be considered during the development of the hardware? – In short: How to build the system that it meets the requirements of SIL 3 / Cat 4 / PLe? Our hardware expert Igor Bogomolni answers these questions in the first video of our​ bel.academy series!
12. April 2021

Using ROS on my Robot – Am I safe?

The fact that ROS has now become an industry standard in robotics is not a new insight. But are you safe from a robot when using ROS? What needs to be done to be safe? – Our software developer Harry tackles these questions and more.
3. December 2020

Safety Functions simply implemented

For many companies, the establishment of processes and specific know-how for safety development is a major challenge. The implementation is even more difficult. Nevertheless, we are convinced that powerful safety functions will become the standard. We want to show a suitable way to achieve this.
13. November 2020

Introduction to Safety Development

Our hardware expert Igor Bogomolni gives a short insight into the topic of safety development and shares personal experiences that he gained from his first projects.
23. September 2020

Brinkmann Electronic Berlin and IEB Industrie Elektronik Brandenburg become partners

To respond even better to their customers’ needs in future, the development service provider Brinkmann Electronic Berlin GmbH (BEL) and the manufacturing service provider IEB Industrie Elektronik Brandenburg AG (iEB AG) have established a partnership. Customers will be able to have their products developed and manufactured “by one source”. This gives customers the advantage of high product quality, a safe process and reliable adherence to delivery dates.