Plast

Georg UTZ AG – Intelligent Masterplan for the Phased Transformation of Injection‑Molding Operations

Plastic pallets and logistics containers are the core business of Georg UTZ AG. IE Plast developed a long‑term, 15‑year masterplan to consolidate and transform injection‑molding and intralogistics operations in clearly defined phases.

Intelligent Masterplan for the Phased Transformation of Plastics Processing

Project

Development of a long‑term masterplan including operational planning and Planning and Execution as general contractor

Client

Georg UTZ AG

Key Data

Planning & Execution
IE Plast
Planning & Construction Period
7 stages within 15 years
Investment volume
Project Phases CHF 1 - 7 million

Working Together for Project Success

Services provided by IE Group

  • Long-term 15-year masterplan
  • Factory planning
  • Increased flexibility of future production layouts and building use
  • Planning and Execution of building services and construction as general contractor
“The masterplan serves as our guiding framework. It defines our scope of action clearly and allows us to pursue a targeted and controlled investment strategy.”
Rainer Grether
Rainer Grether
Former managing director, Georg UTZ AG

Challenges & Solutions

Limited Site Area

Maximum space efficiency achieved through elevated media distribution tailored to injection‑molding operations and optimized use of the existing site.

Future-proof

A 15-year master plan combined with column-free architecture enables flexible adaptation of injection-molding layouts, machinery and material flows.

Flexible master concept

15-year basic grid with column-free architecture and high media supply; implementation in 7 stages without intervention in operations.

The Project in Detail

Georg UTZ AG’s competitive advantage lies in a high degree of product customization and automated injection‑molding processes. To support this strategy, efficient operating processes and adaptable industrial buildings are essential. At the Bremgarten site, available expansion space was extremely limited. The task for IE Plast was therefore to make optimal use of the existing premises and redesign the site step by step based on a structured masterplan – through selective new construction as well as reorganization of existing injection‑molding, tool‑handling and logistics capacities.

The Challenge

Shorter innovation and market cycles required existing production halls and operating areas to be reconfigured for greater flexibility in injection‑molding operations. The densely developed site is almost entirely enclosed by residential areas and a river, leaving no conventional expansion options. Future construction measures had to enable, not restrict, subsequent development phases. At the same time, existing workflows in plastic processing by injection molding were to be simplified, automation increased and internal logistics made more efficient.

Key Success Factors

Given the spatial constraints, IE Plast’s recommendation was clear: before any new construction, a comprehensive masterplan for the long‑term development of the site was essential. An elevated media supply concept enables more efficient use of the available space and simplifies future reconfiguration of injection‑molding machines. Column‑free architecture combined with a uniform base slab provides maximum flexibility for changing machine layouts, material flows and automation concepts. This approach creates a robust framework for phased implementation while maintaining operational continuity.

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