Tag Volume Monitoring

Managing bulk material volumes and optimizing storage capacity are critical components of effective inventory and supply chain management. Traditional methods—such as visual estimation or occasional drone surveys—often fall short in accuracy and fail to provide real-time insights. Leveraging digital bulk material monitoring and storage management solutions, powered by LiDAR technology, ...

The cement industry is undergoing a transformative shift, driven by digitalization and Industry 4.0 technologies. These advancements address critical challenges such as the need for increased productivity, improved efficiency, and enhanced operational control. As the industry evolves, plant managers and logistics coordinators are increasingly adopting sophisticated solutions to streamline operations, ...

Since January 2024, waste management companies in Germany are required to pay increasing fees for each ton of CO2 emitted through waste incineration. The volume of burned waste serves as the basis for calculating this fee, making precise determination increasingly important.

Niche technology LiDAR? Absolutely not! LiDAR solutions drive the digitization and optimization of industrial processes, leading to a profound transformation across various industries. In this blog post, we'll delve into the diverse range of LiDAR applications.

The population is growing, and so is the volume of waste. To be able to act sustainably, responsibly, and economically in the long run, waste management companies have to rely on digital solutions. This blog post describes the role LiDAR plays in this.

Until now, bulk material inventories have often been inaccurately measured or even estimated, leading to inefficiencies in the supply chain – a problem that can easily be solved with LiDAR technology!

LiDAR technology has the potential to make industrial processes significantly more efficient. One key application is the precise measurement of bulk material volumes. This blog post explores why LiDAR is ideally suited for this purpose and how it is used in real-world scenarios.