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Planning a Production Hall: Optimizing Material Flow and Layout

Find out how to properly plan a production hall in Switzerland: material flow, layout principles, and legal requirements for efficient manufacturing spaces.

Written by
Marc Schwery
Published on
September 29, 2026

Anyone wishing to plan a production hall faces a central challenge: the material flow must be designed in such a way that routes are short, processes are efficient, and workflows are safe. The layout of a manufacturing hall is a major factor in determining throughput times, costs, and scalability. In Switzerland, cantonal building regulations, fire safety and occupational safety requirements, as well as zoning plans also come into play, which must be taken into account when choosing or building an industrial hall. This article shows you the most important layout principles, common material flow concepts, and what you should look out for when renting or planning a production space in Switzerland.



Why Planning a Production Hall Determines the Success of Manufacturing

A production hall is much more than an empty space with a roof and walls. It is the backbone of your manufacturing and directly influences how efficiently material, staff, and machines interact. If the layout is poorly planned, unnecessary transport routes, bottlenecks at interfaces, and, in the worst case, safety risks will arise. Especially in the event of an expansion or a change of location, it is worth investing in thorough planning early on instead of accepting costly modifications later.

The foundation of any good planning is a detailed analysis of your own production processes. Which materials and semi-finished products pass through which stations? How many employees are involved in which process steps? Where are inventories built up, and how are they moved? Only when these questions have been answered can a layout be developed that meets the actual needs of manufacturing.



Material Flow as the Foundation of Every Hall Layout

Material flow describes the movement of raw materials, semi-finished products, and finished goods throughout the entire production space. An optimized material flow reduces transport times, minimizes intermediate storage, and thereby significantly lowers operating costs. You should determine how goods are delivered, processed, and shipped out as early as the planning phase.

Basic Principles of Material Flow

In practice, several basic principles have proven effective that you should consider when planning your production space: short routes between consecutive work steps, avoiding crossings and backtracking in the material flow, and a clear separation between goods receipt, production, and shipping. The arrangement of buffer zones for intermediate storage also plays an important role in preventing production halts.

Layout Types for Manufacturing

Depending on the type of manufacturing, different layout designs are suitable. In a line layout, the arrangement of machines strictly follows the production sequence, which is particularly ideal for standardized mass production. A job shop layout groups machines by function and offers greater flexibility for varying product lines. A cell layout, on the other hand, combines both approaches and is well-suited for medium batch sizes with recurring product families. Choosing the right layout depends heavily on your production volume, product variety, and available space.



Optimizing a Production Hall Layout: Practical Approaches

To optimize the layout of an existing or planned manufacturing hall, using proven methods from industrial engineering is highly recommended. A simple but effective measure is creating a material flow diagram that visualizes all transport routes and highlights weaknesses. Based on this, stations can be rearranged to shorten paths.

Ceiling height, floor load-bearing capacity, and the number and positioning of door systems also influence how flexibly you can design your layout. For many Swiss SMEs, the possibility of a subsequent expansion or repurposing of the space is also crucial. A hall with a modular structure, sufficient ceiling height for racking systems, and flexible power connections offers significantly more freedom than a rigidly designed space.

The ergonomics of the workstations along the material flow should not be underestimated either. Short reach distances, easily accessible staging areas, and sensible lighting contribute significantly to the productivity and satisfaction of your employees.



Industrial Hall Requirements in Switzerland: What You Need to Consider

Anyone planning or renting a production hall in Switzerland must consider various legal and structural framework conditions. These can vary significantly depending on the canton and municipality, which is why early clarification with the responsible authorities is highly recommended.

Building and Zoning Regulations

Industrial and commercial zones are subject to cantonal land-use plans that determine what type of production is permissible at a specific location. Noise control requirements, emission limit values, and traffic development regulations play an important role. Especially in the case of production processes with elevated noise or pollutant levels, you should carefully check the local building regulations before committing to a space.

Occupational Safety and Fire Protection

The requirements of the Swiss Accident Insurance Fund (Suva) and cantonal fire protection regulations in accordance with the guidelines of the Association of Cantonal Fire Insurance Companies (VKF) must be strictly observed when planning a production hall. Escape routes, fire compartments, sprinkler systems, and a sufficient number of emergency exits are basic requirements that can vary depending on the type of use and hall size. For more complex projects, we recommend involving a professional planner or a specialized consultancy at an early stage.



From Rental Space to Productive Hall: What to Look For During the Search

Not every available industrial hall is automatically suitable for your production layout. When viewing a potential rental space, you should pay specific attention to the following points:

  • Ceiling height and floor load-bearing capacity for machinery and racking systems
  • Number, size, and positioning of industrial doors for deliveries and dispatch
  • Existing electrical capacity and connection options for machines
  • Possibilities for structural adaptations, such as partition walls or additional mezzanine floors
  • Transport links for trucks and accessibility for employees

You should clarify these factors with the landlord before signing the contract. On maison.work, you will find targeted filtering options for industrial and production spaces across Switzerland, helping you find suitable properties based on your specific requirements for area, ceiling height, and accessibility.



Conclusion: Checklist for Planning Your Production Hall

A successful production hall is not created by chance, but through a careful analysis of material flow, layout, and legal framework conditions. Those who analyze their own processes early on, choose the right layout, and take Swiss building and safety regulations into account lay the foundation for efficient and sustainable manufacturing. Before signing a lease agreement, it is always worth conducting a detailed review of the building conditions and, if necessary, involving a professional planner for fire protection and occupational safety.

This article is for general information purposes only and does not replace professional legal or technical advice. For specific structural, labor law, or fire safety issues, we recommend consulting a specialized expert or the responsible cantonal authorities.