Plant automation for stable production processes

Plant automation increases productivity because processes run more reliably, quickly, and with greater repeatability. Modern automation technology reduces scrap, rework, and downtime, while measurably increasing quality and overall equipment effectiveness (OEE). At the same time, industrial automation improves workplace safety through defined procedures, safety concepts, and monitored processes. For B2B companies, this translates to predictable unit costs, improved transparency through key performance indicators, and a manufacturing system that delivers reliably even with a wide variety of product variants.

Automating production facilities is worthwhile wherever high cycle rates, consistent quality, or sophisticated documentation are required. Typical application areas include automotive and its suppliers, medical technology, packaging, electronics, metalworking, and the process industry. Plant automation is also crucial in special-purpose machine manufacturing for the cost-effective implementation of customer-specific processes. The decisive factor is not so much the specific industry, but rather clear objectives: increasing throughput, reducing errors, establishing traceability, or relieving the workload of personnel.

When retrofitting, we begin with a technical inventory: interfaces, security concept, control level, and data flows. Following this, an integration concept is developed that takes existing machines, peripherals, and IT (e.g., MES/ERP) into account. Industrial automation can often be implemented in stages to minimize risks and downtime. The result: a modernized system with higher availability, traceable process control, and future-proof expansion options, without the need for a complete new purchase.

Depending on the specific requirements, we combine PLC controllers, drive technology, sensors, vision systems, and industrial communication (e.g., Profinet/Ethernet-based networks). HMI/SCADA solutions are used for operation and monitoring, including alarm notifications, recipes, and data logging. Functional safety plays a central role in industrial automation: safety PLCs, safe drives, and standards-compliant protection concepts. This results in a robust automation system that combines performance, safety, and ease of use.

A plant automation project begins with defining objectives and conducting a requirements specification workshop: cycle time, quality, variants, interfaces, and safety requirements. This is followed by concept development, simulation/software design, control cabinet construction, programming, assembly, and commissioning, including test runs and acceptance testing. In special-purpose machine construction, each solution is tailored to the specific product, process, and environment, rather than being "off-the-shelf." We also offer training, service, and optimization to ensure the plant remains consistently high-performing.