Process and equipment
What moves, where, and under which operating condition?
Machine footprint, working envelope, product route, cycle access, loads, heat release, and vendor connections
Equipment-led facilities
The machine has
an envelope
Design and engineering for automated facilities where equipment, structure, power, utilities, networks, safety, and access must meet at one coordinated interface
Discuss the automation briefIllustrative coordination diagram. Final safety concept, performance, and equipment requirements are established with the client, equipment vendor, and automation integrator.
The central design rule
The building must serve the machine without trapping it
Normal production is only one operating state. Installation, intervention, cleaning, maintenance, fault recovery, equipment replacement, and future change also require space and infrastructure.
TEBIN coordinates these facility interfaces while machine design, control logic, functional safety validation, and final equipment performance remain assigned to the responsible specialist parties.
Interface register
Five layers meet at every automated cell
Each layer answers a different engineering question. Leaving one unresolved transfers the decision to site.
Floor and structure
What must remain stable, level, and accessible?
Slab capacity, flatness, joints, anchors, pits, gantries, vibration, openings, and replacement routes
Power and utilities
What keeps the cell available and recoverable?
Electrical supply, isolation, backup strategy, compressed air, cooling, extraction, drainage, and service drops
Controls and networks
What must communicate, be observed, and fail predictably?
Operational technology networks, cabinet locations, data routes, controls interfaces, alarms, and monitoring points
Safety and access
How do people enter, intervene, and leave safely?
Guarding interfaces, escape, maintenance zones, emergency systems, fire strategy, and hazardous-area coordination
Different automation briefs
The interface changes with the equipment
A robot cell, mobile route, automated warehouse, and machine-tool line cannot share one generic infrastructure response.
01Robotic production cellsReach, guarding, service access, and product flow share one footprint
Robot and tooling envelopes are coordinated with structure, services, operator positions, maintenance access, guarding interfaces, and material transfer. The cell is tested against the building before equipment installation.
02Mobile robots and guided vehiclesThe route is part of the infrastructure
Traffic logic, floor condition, door clearances, charging, wireless coverage, pedestrian crossings, fire routes, and process interfaces are coordinated for autonomous mobile robots and automated guided vehicles.
03Automated storage and conveyorsThroughput depends on structure, power, controls, and recovery access
High-bay geometry, equipment loads, conveyor openings, service zones, fire protection, distribution routes, controls locations, and maintenance strategy are developed as one operating system.
04Gantry and machine-tool environmentsPrecision equipment makes building tolerance visible
Foundations, dynamic loads, crane and gantry envelopes, utilities, extraction, thermal conditions, access platforms, and replacement routes are resolved around equipment requirements.
Coordinated delivery
From equipment data to buildable interfaces
Building information modelling connects machine requirements with structure, systems, access, safety coordination, and issued technical information.
- 01
Capture operating data
Record equipment envelopes, loads, utilities, routes, access, tolerances, recovery needs, and future-change assumptions.
- 02
Assign each interface
Separate building, process, equipment-vendor, automation-integrator, and contractor responsibilities before packages are issued.
- 03
Coordinate the cell in context
Resolve equipment, people, structure, services, safety zones, logistics, and maintenance in one spatial model.
- 04
Issue decision-ready information
Connect calculations, models, drawings, schedules, openings, loads, connection points, and unresolved actions to the next project decision.
Design controls
Automation must work beyond the perfect cycle
Protect the envelope
Operating, guarding, intervention, and replacement zones remain clear of structure and building services.
Design for recovery
Isolation, access, lifting, maintenance, and fault response are considered alongside normal production.
Keep change possible
Capacity, routes, modular interfaces, and documented assumptions support defined line changes without rebuilding the facility.
Project examples
Related project work
See how the same design and engineering capabilities appear in real project scope, interfaces, and deliverables.
All projects
7,000 m² Industrial Plant in Central Europe: Full-Scope BIM Delivery
7,000 m²Production facility6Coordinated disciplines
TEBIN Standard 10,000 m² Dry Warehouse: BIM-Based Reference Design for Engineering Partners
10,000 m²Reference warehouse12 × 24 mStructural grid
Brownfield Industrial Extension: 20,000 m² Inside an Operating Facility
20,000 m²Extension area8Coordinated discipline models
Start with the interface list
Bring equipment and building decisions into one room
Share the process layout, equipment data, utility loads, operating routes, safety responsibilities, and project stage. We will identify the facility interfaces that need resolution first.
Discuss the automation brief