Precision engineered medical steel structures designed to meet strict clinical hygiene, acoustic isolation, and heavy medical equipment load standards.
| Clear Span Range | Modular clinical grids of 3.6m and 7.2m with reinforced diagnostic zones |
|---|---|
| Height & Storey Range | 1 to 3 storeys |
| Structural Steel Quality | S350GD Galvanized Framing + Antibacterial Cladding Layers |
| Available Delivery Scope | Supply Only • Supply + Supervision |
| Ideal Project Types | Community health clinics, Diagnostic imaging centers (MRI/CT ready floors), Emergency triage facilities, Dialysis and rehabilitation centers |
SerBuild engineered Healthcare & Medical Clinics systems are custom designed around project-specific loads, spans, and building geometry. We eliminate intermediate columns to maximize internal usable floor area while maintaining rigorous structural safety factors under European Eurocodes.
All structural components are precision fabricated in our factory in Türkiye using automated CNC roll-forming and robotic welding lines, pre-punched for 100% bolted field assembly without on-site hot work.
Every element is permanently coded and bundled according to strict 3D container packing algorithms, ensuring rapid, sequential offloading on your job site.
Engineered for durability, wind resistance, and zero thermal bridging.
Hot-rolled structural sections (S355JR / S355J2) or high-tensile cold-formed galvanized C/U sections (S350GD + Z275). Shot-blasted to SA 2.5 standard with certified corrosion protection.
Continuous cold-formed Z and C purlins with overlapping lap joints for maximum structural stiffness, combined with high-tensile threaded rod or cable cross-bracing.
Compatible with PIR/PUR sandwich panels (40mm–200mm), non-combustible rockwool panels (REI 120), or architectural fiber cement rainscreens with integrated thermal break strips.
Every building is calculated using site-specific meteorological and seismic coordinates:
We deliver complete foundation engineering documentation for your local civil engineer: anchor bolt coordinates, reactions tables, and pre-welded positioning cages.
Laser verification of cast-in anchor bolts against SerBuild foundation coordinates.
Columns and rafters lifted with mobile crane and secured with Grade 8.8/10.9 bolts.
Continuous galvanized Z-purlins, wall girts, and high-tensile cross-bracing cables installed.
PIR sandwich panels, flashings, and gutters fastened with airtight sealants.
Real-world evidence of precision Eurocode engineering, containerized export, and on-site assembly execution.
Challenge: Severe coastal bora wind gusts (up to 180 km/h) and high seismic ground acceleration in the Adriatic coastal z...
Challenge: 30-meter column-free clear span required to maximize high-bay pallet racking, integrated with a 10-ton overhea...
Challenge: 12 integrated loading docks, high internal clearance of 12 meters, strict NF EN French Eurocode compliance, an...
Detailed answers to technical, manufacturing, export, and on-site assembly questions.
We engineer clear spans from 12 meters up to 60+ meters in rigid portal frames and up to 90+ meters in heavy tubular space trusses, providing unobstructed floor space for high-bay racking and logistics.
Yes. We design structural columns with integrated crane brackets and supply certified crane runway beams engineered for overhead cranes ranging from 5 tons up to 30+ tons, calculated according to dynamic fatigue standards (EN 1993-6).
No. All SerBuild structural steel elements and cold-formed purlins are 100% pre-drilled and fabricated in our factory. On-site assembly is completed entirely with high-strength structural bolts (Grade 8.8 and 10.9), eliminating hot-work on site.
Our frames are compatible with all standard envelope options, including PIR/PUR insulated sandwich panels (40mm to 200mm), non-combustible stone wool firewalls, single-skin trapezoidal profile sheets, and daylighting polycarbonate panels.
Yes. Every project includes a comprehensive foundation interface package specifying exact anchor bolt locations, base plate dimensions, and foundation reaction forces (vertical, horizontal shear, and overturning moments).
Submit your project dimensions, drawings or requirements for an engineering review and itemized quote within 24–48 hours.