FACADE SYSTEMS – PRODUCTION PROCESS
Design and Planning
At this stage, the aesthetic, functional and structural requirements of the facade system are determined. Building height, wind load, climatic conditions, thermal insulation, acoustic performance and energy efficiency criteria are evaluated in accordance with international standards.
Material and System Selection
Facade components such as aluminum, glass, steel, stone and composite panels are selected in accordance with architectural design, performance criteria and project requirements. The glass systems to be used are technically planned according to the facade supporting infrastructure and application details.
Technical Design and Detailing
All production drawings, setting-out details, connection solutions, junction points and system integrations of the facade system are prepared in accordance with project criteria.
Production
Profile Processing and Manufacturing:
Aluminum and steel profiles are cut, processed and prepared for installation in accordance with project dimensions.
Carrier System Manufacturing:
Sub structure facade systems, anchoring elements and structural connection components are manufactured in accordance with engineering calculations.
Panel and Cladding Preparation:
Composite, metal, stone and other cladding elements used in the project are prepared in accordance with application details.
Glass Integration Planning:
Glass panel dimensions, joint details, connections to the carrier system, silicone joint gaps and installation tolerances are planned according to technical application criteria.
Assembly Preparation:
All system components, fastening accessories and installation equipment are organized for shipment to site.
Sealing and Insulation:
Air and water tightness is ensured using silicone applications, EPDM gaskets and insulation materials.
Final Inspection and Quality Process:
After installation, all systems, connections, surface alignments and application details are checked in accordance with project standards.
FACADE DESIGN PROCESS
→ Architectural Analysis and Concept Development
→ Facade System and Material Selection
→ Structural and Architectural Integration
→ Glass and Carrier System Planning
→ Thermal, Acoustic and Energy Performance Analysis
→ 3D Modeling and Technical Visualization
→ Production Drawings and Installation Details
→ Engineering Calculations and System Optimization
STEEL STRUCTURE SYSTEMS – PRODUCTION PROCESS
Engineering and Project Planning
The load-bearing, architectural, and operational requirements of the steel structure are analyzed. Load calculations, seismic requirements, span distances, and project-specific engineering criteria are evaluated during the planning phase.
Material Selection
Structural steel grades, connection elements, protective coatings, and auxiliary materials are selected according to project specifications and international standards.
Technical Design and Detailing
Manufacturing drawings, production details, connection solutions, and assembly sequences are prepared for all steel structure components.
Production
Steel Manufacturing:
Steel elements are cut, drilled, welded, and assembled with high engineering precision using CNC-supported production technologies.
Surface Treatment:
Sandblasting, galvanizing, and protective paint applications are carried out to increase corrosion resistance and structural durability.
Connection Applications:
Bolted and welded connections are completed in accordance with engineering specifications and quality control procedures.
Component Preparation:
Columns, beams, trusses, connection plates, and auxiliary structural elements are prepared for shipment and on-site installation.
STEEL STRUCTURE DESIGN PROCESS
→ Structural Analysis and Project Planning
→ Steel System Design and Optimization
→ Load and Seismic Calculations
→ Material and Connection Selection
→ 3D Structural Modeling
→ Manufacturing Drawings and Production Details
→ Assembly Planning and Installation Engineering
Project Technical Support →
Concept Design →