PSI Software has been commissioned by Austrian manufacturer Frühauf GmbH to implement its PSIpenta ERP system across service, stock, shipping, industrial app, and warehouse interface functions.
Frühauf, founded in 1988 and headquartered in St. Pölten, operates across automation technology, switchgear manufacturing, and electrical engineering. Its customer base includes industrial and infrastructure organisations working in energy, water management, and raw materials, where project complexity and technical documentation place heavy demands on business systems.
The deployment will include PSIpenta service, stock, and shipping modules, alongside PSIpenta Industrial Apps and a Kardex interface. PSI said the modular architecture of the system and its support for BPMN-based process modelling were central to the contract award.
Manufacturing software procurement is shifting from static back-office administration toward platforms that can adapt to changing workflows, customer requirements, and supply conditions. The ability to model business processes inside an ERP environment becomes valuable when products, projects, materials, and service obligations vary across customers and sectors.
In an electrical engineering and automation business, stock control, shipping, and service management are rarely simple administrative functions. A single customer project may involve standard components, engineered assemblies, configured switchgear, replacement parts, installation documentation, and long-term support commitments. Weak integration between those areas can create delays in procurement, warehouse handling, scheduling, and customer delivery.
The Kardex interface adds weight because automated storage and ERP systems are becoming more closely connected. Storage automation can improve space use, picking accuracy, and inventory visibility, but its value depends on reliable data moving between physical stock movements and the business system. When parts are technical, project-specific, or needed for service response, inventory accuracy becomes a production and customer commitment issue.
The contract also reflects continuing consolidation and specialisation in manufacturing software. Forterro’s move to add 3E to its manufacturing software portfolio showed the same demand for sector-specific systems that can handle the practicalities of production, configuration, planning, and machine data without forcing specialist manufacturers into generic business software.
ERP implementation exposes process quality quickly. A new platform can improve visibility, standardise data, and support better planning, but it also forces decisions on how work should move through the business. Poor master data, local workarounds, inconsistent item structures, and unclear process ownership can undermine a system before it reaches full use.
Process modelling is becoming more important as manufacturers try to make operational changes without turning every adjustment into a custom development project. Customer requirements shift, supplier lead times change, and service processes evolve. ERP systems have to absorb those changes without destabilising planning, procurement, production, and delivery.
Factory resilience increasingly depends on that underlying systems discipline. Supply disruption, energy volatility, skills pressure, and customer delivery expectations have made operational visibility more valuable. Production teams need clearer information on materials, capacity, work in progress, service obligations, and shipping commitments, while management teams need decisions based on a shared operational view rather than disconnected spreadsheets.
The Frühauf contract is a practical example of mid-market industrial digitalisation. A robot cell, inspection line, or automated warehouse still depends on accurate orders, clean bills of materials, reliable inventory, and traceable processes. ERP sits underneath those investments, connecting engineering, production, procurement, logistics, and service into the operational structure that allows manufacturers to respond faster without losing control.
