Logistics planning

Specialist logistics for a new pharmaceutical warehouse

High-bay warehouse with narrow-aisle forklift trucks for components and hazardous materials. Connection to a Warehouse Management System (SAP EWM). Logistics planning across all phases (SIA 31-53) on behalf of the general planner.

Operational logistics for a new University of Zurich (UZH) building

Design and operational logistics for the supply and disposal systems of a multifunctional university building. Design of goods in- and outbound situation. Assessment of requirements in terms of internal routing, storage facilities for operating equipment and materials. Support of Herzog & de Meuron Forum AG in their role as general planners.

Operating logistics for a new research institute

Ensuring the provision of efficient logistics for laboratory, storage and catering. Storage of hazardous materials, storage concepts, automated guided vehicle (AGV), as well as goods inward and out. Providing insights during the architectural competition as logistics experts, incl. providing consulting services for site owners and in logistics planning.

Logistics for a new laboratory building

We provided the conceptual design of the central logistics functions and decentralised stations, as well as the planning of logistics components, incl. a pneumatic delivery system for the distribution of blood samples.

«Effiziente Konzernlogistik» für Dr. Falk Pharma und Losan Pharma in Eschbach

At the Eschbach (DE) site, SOLTIC is providing support as logistics planner for the new construction of the fully automated logistics centre, which, in addition to storing and distributing the finished goods of Dr. Falk Pharma and Losan Pharma, will also ensure the supply and disposal of production and packaging at the site. Among other things, it includes a high-bay warehouse with a height of 45 metres for 20,000 pallets.

Logistics planning for Boehringer Ingelheim Pharma in Biberach

As a logistics planner, soltic provides support for a wide range of site logistics issues: designing the supply and disposal of new production facilities; expanding storage capacities (room temperature, refrigerated and deep-freeze storage down to -70 degrees, storage of hazardous materials, etc.); optimising existing processes (e.g. introducing a driverless transport system) and equipment (e.g. to improve ergonomics); data analyses and simulations of future storage requirements.

Logistics concept for the Fondation Beyeler Riehen

Design of a central warehouse concept for event materials and furniture, taking into account user requirements and organising logistical processes. Assessment of a possible location for suitability.