Tunelgroup Systèmes de Réfrigération
Steel Building in Industrial Design
Steel Workshops by TunelGroup are engineered for fabrication, maintenance, assembly and heavy industrial service operations. Each steel workshop is designed around work-bay dimensions, machinery loads, overhead cranes, clear height, industrial access, ventilation requirements and future expansion plans.
Steel design and manufacturing experience
International project reach
Layouts shaped around workshop operations
Steel, workshop systems and installation
A successful workshop depends on the relationship between structural grid, work-bay layout, clear height, overhead cranes, machinery, ventilation, service utilities, safe circulation and future expansion. TunelGroup develops these elements as one coordinated Industrial Steel Structure concept.
Each package is coordinated around the same workshop geometry, structural design, equipment interfaces and installation sequence. Review the complete Steel Building Technical Scope for detailed inclusions.
Primary frames, secondary members, bracing, crane runway beams, mezzanines and project-specific equipment supports.
Roof and Facade Panels coordinated with daylight, ventilation, drainage, insulation and durability requirements.
Overhead cranes, service pits, machinery supports, Sectional Doors and equipment clearances coordinated with the steel structure.
Engineering, steel production, workshop interfaces, envelope systems, delivery and installation can be coordinated within one project workflow.
Building geometry, work-bay planning and access strategy can be adapted to fabrication, maintenance, assembly, machinery and future capacity requirements.
Welding, cutting, machining and organized metalworking bays
Service pits, lifting systems and access for equipment maintenance
Clear work zones for component handling and final assembly
Large doors, higher floor loads and crane-assisted service bays
Vehicle access, ventilation, service zones and parts storage
Workshop, office, storage, utility and staff zones in one building
| Structural system | Portal frame, multi-bay or project-specific steel framing selected according to workshop span, clear height, crane loads and operating requirements. |
| Design actions | Dead, imposed, wind, snow, seismic, crane, machinery and project-specific operational loads according to the applicable design standard. |
| Crane integration | Runway beams, brackets, clearances and maintenance zones coordinated with the selected overhead crane system and duty class. |
| Roof system | Insulated sandwich panel or profiled metal roof with project-specific slope, drainage, daylight, smoke extraction and ventilation provisions. |
| Facade system | Insulated sandwich panels, profiled cladding or architectural combinations selected for workshop comfort, durability and appearance. |
| Floor & foundations | Industrial floor loads, machine foundations, service pits, crane reactions and utility channels coordinated with the workshop layout. |
| Delivery scope | Engineering, manufacturing, export packing, international delivery and installation options. |
Final structural, operational and applicable standards are confirmed for the project destination and contract requirements before production.
Defined review stages keep the steel structure, work bays, cranes, machinery, building envelope, utilities and installation requirements aligned.
Location, dimensions, workshop activities, equipment, crane requirements and delivery scope are confirmed.
Structural grid, crane loads, work bays, equipment zones, openings and building geometry are developed.
Cranes, machinery, industrial doors, ventilation, extraction and service interfaces are reviewed.
Steel members and building-envelope components move through controlled fabrication.
Components are organized by erection sequence for export packing and project logistics.
Site erection follows approved drawings, safety plans and the coordinated workshop assembly sequence.
The same industrial architectural language is organized around practical work bays, safe movement, equipment access and long-term workshop use.
Durable steel workshop with wide access and flexible work bays
Machinery, cranes, tool stations and safety aisles coordinated inside
Buildable structural system coordinated for efficient site erection
Clear information about workshop activities, equipment and lifting requirements reduces design changes and improves proposal accuracy.
Share the project location, required width, length and clear height, workshop activities, machinery layout, overhead crane requirements, industrial doors, service needs and requested delivery scope.
Yes. The structural system is developed around the required span, work-bay layout, machinery, lifting systems, vehicle access and applicable structural criteria.
Yes. Crane runway beams, machinery supports, service pits, dynamic loads, maintenance clearances and foundation reactions can be coordinated during design.
Yes. Roof and facade panels, daylighting, ventilation, welding-fume extraction, drainage and service penetrations can be coordinated with the steel structure.
The final scope can include engineering, steel manufacturing, workshop interfaces, envelope systems, export packing, international logistics and installation depending on the project and destination.
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Dudullu Organize Sanayi Bölgesi, Nato Yolu Cd No:39, 34776
Y. Dudullu/Ümraniye/İstanbul
Kayapa, Kayapa OSB, 10. Sk. No:6, 16315
Ni̇lüfer/Bursa
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