Industries
Industries
What is different in each industry — and what follows for factory and warehouse planning.
In brief
Every industry places different demands on layout, material flow and storage. Cleanrooms and batch traceability in medical technology and pharma, cycle-timed assembly in automotive, high picking frequency in e-commerce, hygiene zones in food production: the planning method stays the same, the industry-specific requirements decide the outcome.
Mechanical and plant engineering
One-off and small-batch production with a high number of variants shapes the planning: instead of rigid lines, job-shop and cell layouts carry the work, with orders taking different routes. Large and heavy parts drive crane runways, floor load capacity and hall height; long throughput times call for space for pre-assembly and work in progress.
Flexibility comes first: expandable areas, load-bearing floors and routes that can take bulky assemblies. More on the mechanical engineering page.
Automotive and supplier industry
Cycle-timed flow assembly and linked lines set the beat to which logistics is subordinated. Just-in-time and just-in-sequence delivery lead to supermarket and tugger-train concepts, sequenced staging areas and cycle-timed goods receipt; high volumes justify far-reaching automation.
The layout follows the material flow from receipt to the line — tight, sequence-safe and built for short distances. Frameworks: VDA logistics volumes, quality link via IATF 16949. More on the automotive industry page.
Medical technology
Cleanroom production and seamless traceability shape the layout from the ground up: cleanroom classes, personnel and material airlocks, pressure cascades and the strict separation of clean and unclean cannot be retrofitted — they structure the whole floor. Batch and UDI tracing requires defined process and documentation routes.
Norms and frameworks: ISO 14644 (cleanroom), EU MDR, ISO 13485, GMP. More on the medical technology page.
Food industry
Hygiene and cold chain set the structure: hygienic design, separation of high-risk and low-risk zones, defined temperature zones, wet-cleanable surfaces with floor drains, and allergen and foreign-body management. Personnel and material flows are routed so that recontamination is ruled out.
Norms and frameworks: HACCP, IFS Food, Regulation (EC) 852/2004. More on the food industry page.
Chemical industry
Hazardous substances and continuous or batch processes require a layout with explosion-protection zones (ATEX), hazardous-goods stores with containment and spill trays, and a carefully planned routing of media and pipework. Safety distances, drainage and firefighting concepts drive the planning rather than following it.
Norms and frameworks: ATEX, TRGS, Major Accidents Ordinance, German Water Act (WHG). More on the chemical industry page.
Consumer goods industry
High order frequency with small order sizes — driven by e-commerce — shifts the emphasis from stock-keeping to picking performance: zone and batch picking, automation via automated small-parts warehouses or shuttle systems, and dedicated returns areas. Range breadth and seasonality call for flexibly scalable storage capacity.
The layout is thought through from throughput and picking routes. More on the consumer goods industry page.
Electronics industry
Electrostatically sensitive components require ESD protected areas (EPA) with matched floors, workstations and provisioning; semiconductor and optics manufacturing additionally require cleanroom conditions. Short product life cycles and contract manufacturing (EMS) make adaptable, quickly re-tooled lines the planning goal.
Norms and frameworks: IEC 61340 (ESD), ISO 14644 where a cleanroom applies. More on the electronics industry page.
Aviation industry
Small quantities, long product cycles and very large components lead from flow assembly to fixed-position or dock assembly: the product stays put, material and resources come to it. Large-component handling drives hall dimensions and cranes; seamless traceability and documentation shape the process and area layout.
Norms and frameworks: EN 9100/AS9100, Nadcap. More on the aviation industry page.
FAQ
Frequently asked questions
Why does factory planning need industry knowledge — isn't a good layout enough?
A layout is only as good as the requirements it meets. Cleanroom classes, explosion-protection zones, hygiene separation or cycle-timed delivery change areas, routes and technology fundamentally. The VDI 5200 method is industry-neutral; the industry-specific requirements decide which variant holds up in the end.
What role do cleanroom and hygiene requirements play for the layout?
A very large one: they dictate zone separation, personnel and material airlocks, pressure cascades, surfaces and routing. Cleanroom and hygiene areas cannot be inserted afterwards — they determine the layout from the start, in medical technology, pharma, chemicals and food.
How does warehouse planning in e-commerce differ from classic industry?
E-commerce has many small orders at high frequency across a broad range. That shifts the focus from stock-keeping to picking performance: zone and batch picking, automation such as automated small-parts warehouses or shuttles, and dedicated returns areas. Classic industry plans more along replenishment and provision at production.
What does cycle-timed assembly mean for material provision?
Cycle-timed assembly requires every part to be at the station in the right sequence and to the right cycle. This leads to supermarket and tugger-train concepts, defined staging areas and tightly coordinated delivery by JIT or JIS — logistics becomes part of the assembly cycle.
Does Bross Consulting plan across industries or specialise?
Both: the VDI 5200 planning method is industry-neutral and the same in every project. Industry knowledge is added where requirements, norms and typical material flows are industry-specific — from mechanical engineering to medical technology.