We implement stable data exchange between different platforms (e.g., X to PI / PI to X). This not only enables data collection, but also the writing back of calculated values or target specifications to the target systems in order to support closed control loops.

Quality assurance does not end at the laboratory door. We integrate laboratory data systems such as Mettler Toledo LabX directly into the general data flow. This link allows analysis results to be immediately visible in the context of the respective production batch.

Valuable information is often still stored in isolated files or Excel lists. We automate these interfaces and transfer manual data sets directly into your digital infrastructure using modern APIs. This eliminates transfer errors and creates an audit-proof database.

We establish high-performance communication channels via OPC servers (e.g., Kepware, Softing) and message brokers such as Kafka or MQTT. This ensures the continuous collection and historization of process data across all automation levels—from the sensor to the higher-level management system.

We implement stable data exchange between different platforms (e.g., X to PI / PI to X). This not only enables data collection, but also the writing back of calculated values or target specifications to the target systems in order to support closed control loops.

Quality assurance does not end at the laboratory door. We integrate laboratory data systems such as Mettler Toledo LabX directly into the general data flow. This link allows analysis results to be immediately visible in the context of the respective production batch.

Valuable information is often still stored in isolated files or Excel lists. We automate these interfaces and transfer manual data sets directly into your digital infrastructure using modern APIs. This eliminates transfer errors and creates an audit-proof database.

We establish high-performance communication channels via OPC servers (e.g., Kepware, Softing) and message brokers such as Kafka or MQTT. This ensures the continuous collection and historization of process data across all automation levels—from the sensor to the higher-level management system.

We implement stable data exchange between different platforms (e.g., X to PI / PI to X). This not only enables data collection, but also the writing back of calculated values or target specifications to the target systems in order to support closed control loops.

Quality assurance does not end at the laboratory door. We integrate laboratory data systems such as Mettler Toledo LabX directly into the general data flow. This link allows analysis results to be immediately visible in the context of the respective production batch.

Valuable information is often still stored in isolated files or Excel lists. We automate these interfaces and transfer manual data sets directly into your digital infrastructure using modern APIs. This eliminates transfer errors and creates an audit-proof database.

We establish high-performance communication channels via OPC servers (e.g., Kepware, Softing) and message brokers such as Kafka or MQTT. This ensures the continuous collection and historization of process data across all automation levels—from the sensor to the higher-level management system.

To distribute data efficiently and in real time, we rely on proven messaging protocols such as MQTT and streaming platforms such as Kafka. These technologies enable information to be distributed according to the “publish-subscribe” principle, which minimizes network load and allows for highly scalable connection of thousands of data points.

In many established structures, large amounts of data must be transferred securely via file interfaces. We implement controlled and automated transfer processes that secure and log the exchange of process data, recipes, or reports between different network layers (OT/IT).

We build the bridge between your local manufacturing and global cloud platforms. Our gateway solutions ensure that communication is encrypted and that the field level remains protected against unauthorized external access at all times, while fully exploiting the analysis potential of the cloud.

To distribute data efficiently and in real time, we rely on proven messaging protocols such as MQTT and streaming platforms such as Kafka. These technologies enable information to be distributed according to the “publish-subscribe” principle, which minimizes network load and allows for highly scalable connection of thousands of data points.

In many established structures, large amounts of data must be transferred securely via file interfaces. We implement controlled and automated transfer processes that secure and log the exchange of process data, recipes, or reports between different network layers (OT/IT).

We build the bridge between your local manufacturing and global cloud platforms. Our gateway solutions ensure that communication is encrypted and that the field level remains protected against unauthorized external access at all times, while fully exploiting the analysis potential of the cloud.

To distribute data efficiently and in real time, we rely on proven messaging protocols such as MQTT and streaming platforms such as Kafka. These technologies enable information to be distributed according to the “publish-subscribe” principle, which minimizes network load and allows for highly scalable connection of thousands of data points.

In many established structures, large amounts of data must be transferred securely via file interfaces. We implement controlled and automated transfer processes that secure and log the exchange of process data, recipes, or reports between different network layers (OT/IT).

We build the bridge between your local manufacturing and global cloud platforms. Our gateway solutions ensure that communication is encrypted and that the field level remains protected against unauthorized external access at all times, while fully exploiting the analysis potential of the cloud.

Thanks to our roots in plant and process engineering, we understand the physical origin of your data and structure it in such a way that it can withstand the tough demands of everyday industrial use.

We are not tied to individual database or software providers, but seamlessly integrate specialized systems such as AVEVA PI, IP.21, or LabX into a consistent overall architecture.

We understand the requirements of regulated industries and build data models that are GxP-compliant, tamper-proof, and ready for audit at any time.

From local MongoDB instances to global data streaming via Kafka, we develop architectures that grow with your requirements without compromising performance.

Thanks to our roots in plant and process engineering, we understand the physical origin of your data and structure it in such a way that it can withstand the tough demands of everyday industrial use.

We are not tied to individual database or software providers, but seamlessly integrate specialized systems such as AVEVA PI, IP.21, or LabX into a consistent overall architecture.

We understand the requirements of regulated industries and build data models that are GxP-compliant, tamper-proof, and ready for audit at any time.

From local MongoDB instances to global data streaming via Kafka, we develop architectures that grow with your requirements without compromising performance.

Thanks to our roots in plant and process engineering, we understand the physical origin of your data and structure it in such a way that it can withstand the tough demands of everyday industrial use.

We are not tied to individual database or software providers, but seamlessly integrate specialized systems such as AVEVA PI, IP.21, or LabX into a consistent overall architecture.

We understand the requirements of regulated industries and build data models that are GxP-compliant, tamper-proof, and ready for audit at any time.

From local MongoDB instances to global data streaming via Kafka, we develop architectures that grow with your requirements without compromising performance.

Als Automatisierungsexperte übernimmt cts die volle Verantwortung – von der Konzeptvalidierung über die mechanische Integration bis hin zur fertigen ERP/MES-Anbindung.

Durch die Middleware cts AXES und offene Schnittstellen (REST/MQTT) wird das Lager zum voll integrierten Knotenpunkt Ihres digitalen Materialflusses.

Mit Kapazitäten von 400 bis über 2.000 Lagerplätzen und einer Bauhöhe von bis zu 8 Metern bieten wir Lösungen, die mit Ihren Produktionsanforderungen mitwachsen.

Das System ist nativ für das Zusammenspiel mit AMRs und Fördertechnik ausgelegt, um einen unterbrechungsfreien Materialtransport ohne manuelle Eingriffe zu garantieren.