Integrated industrial systems for high-performance processes and logistics flows

We design stable, safe, and high-performing production processes, starting from the very first phase of the project. From a single machine to a complete production site in a greenfield or brownfield context: every project begins with a clear performance and flow baseline. Through methods such as bottleneck analysis, OEE diagnosis, ABC analysis, and REL charts, we bring structure to the actual behavior of the line.

Based on this, we develop an integrated process design that combines process, logistics, automation, and data into a single coherent system. We work according to ‘Simplexity’ and ‘Performance by Design’. Complex processes are thus developed in a clear, scalable, and economically sound manner.

We do not view logistics automation as separate from the process, but rather design it as a seamless flow architecture—from internal buffering to automated material handling. All concepts are simulated and validated in advance for throughput, energy, FTE impact, and risk.

The result: a future-proof process that is built safely and efficiently, with measurable results focused on maximum output and minimal waste.

We evaluate every design choice for ROI, risk, and scalability. This allows us to create systems that not only perform today but are also future-ready for growth and changing market demands.

We design and implement integrated safety solutions for industrial production environments. Using a holistic systems approach, we combine process knowledge, machine safety, and operational realities into a consistent safety concept that enhances both productivity and compliance.

Our experts develop comprehensive safety architectures for both new and existing lines: from risk analyses and functional safety concepts to CE compliance, SIL/PL determinations, lockout/tagout strategies, and safe automation. We translate standards and legislation into practical, robust solutions that work effectively on the shop floor.

During implementation, we handle technical integration, validation, documentation, and training for operators and maintenance teams. 

The result is a compliant, safe, and high-performance system, designed for maximum availability, minimal downtime, and a reliable production environment. In this way, safety becomes a driver of business continuity, workflow, and ROI within a future-proof, reliable, and efficient production process.

We build industrial infrastructure as a cohesive ecosystem in which utilities, safety, energy, and reliability reinforce one another. From greenfield projects to complex brownfield retrofits, we provide all primary and secondary systems: electrical distribution, air and ventilation, process gases, vacuum, cooling and heating systems, data networks, fire protection, and water and wastewater treatment. Connections and tie-ins are designed down to the flange, ensuring flawless integration on the shop floor.

Automation and instrumentation are built on PLC control, while piping design—from pipe specifications to supports—is developed in accordance with EN, DIN, ANSI, and ASTM standards, for both building services and process lines.

We integrate sustainability into every design choice: we work with a lifecycle approach, energy recovery, and the reuse of heat, water, and waste streams—solutions that help companies move toward CO₂ neutrality and ESG goals.

We serve various industrial sectors and possess extensive knowledge of HACCP and EHEDG standards. From audits to full-scope design, commissioning, monitoring, and optimization, we deliver infrastructure that works and remains scalable and safe—now and in the future.

Every project starts with “Simplexity”: the belief that complex industrial systems become clear once you view process, safety, logistics, and MEP systems as a single entity. Our first step is always the same: understanding how the system truly functions today. Not through assumptions, but through flow analysis, risk analysis, utility flows, bottlenecks, and operational reality.

Based on these insights, we build an integrated master plan in which process flow, safety, energy, automation, and scalability are aligned. The process always comes first: everything—from utilities to logistics—is designed to ensure the process runs optimally, safely, and stably.

The customer always remains in control. We highlight options, risks, and performance impacts, ensuring that their decisions are clear, well-considered, and future-proof. In this way, we create peace of mind, clarity, and coherence in every industrial environment.

Once the direction is set, we build the design step by step around performance, safety, and integration. Through simulation, scenarios, and risk analysis, we test concepts for capacity, flow, MEP integration, utilities, maintenance safety, and economic impact. This gives the client certainty regarding performance, safety, and economic feasibility.

We integrate safety into the system right from the design phase. Human-machine interaction, process safety, emergency scenarios, accessibility, and maintenance safety are all part of the same system architecture. This results in a design where process, safety, logistics, automation, MEP, and piping are perfectly aligned. Only once everything has been validated—technically, operationally, and economically—do we begin detailed engineering, tendering, and implementation. Throughout the process, the client maintains full oversight of the project, with no surprises along the way.

During implementation, we work together as a single integrated engineering team: process, safety, logistics, utilities, MEP, piping, automation, and BIM all operate within the same digital model. This prevents disputes, duplication of effort, and errors. Everything aligns because the system is designed as a single, cohesive whole.

The project manager oversees direction, integration, and communication. The client remains in the lead and maintains continuous insight into decisions, risks, and performance impact. For us, commissioning is not just about technology, but about performance validation: flow, safety, energy, stability, and scalability are tested as designed.

We remain involved even after startup. Through monitoring, optimizations, and lifecycle analysis, we ensure that the system not only works but also continues to perform.

We don’t deliver a collection of installations, but a cohesive, future-proof ecosystem—designed with Simplexity, built around the process, underpinned by safety, and fully under the customer’s control.