Projects That Prove Our Expertise
From Design Challenges to Proven Results
Discover how MaxSpan’s Voided Slab systems have enhanced project efficiency — by reducing weight and material consumption, enabling longer spans, and accelerating construction.These projects reflect real, measurable results — backed by engineering expertise and integrated support, ensuring quality execution and optimal structural performance
Projects Overview
Explore how Max Span’s Voided Slab systems solve structural challenges through efficient design, optimized material use, and reliable execution.
Sky Project - Ramallah
A mixed-use development requiring large spans and high structural performance.Executed using the Formli system to achieve design flexibility and advanced structural efficiency.
Area
11,000 m²
SPAN
13 m
KEY ACHIEVEMENT
Achieving wide spans with reduced loads and improved slab efficiency, while maintaining optimized thickness and stable structural performance.
Maria Tower – Adel Al-Masri Group
A residential tower executed using the DMAX system to achieve balanced structural efficiency with faster execution and improved site organization.
Area
10,000 m²
SPAN
8 m
KEY ACHIEVEMENT
Balancing execution speed and structural performance, with reduced slab weight and improved workflow on site.
Falaneh 3 – Ramallah
A residential project executed using the DMAX system to enhance efficiency while improving construction speed and reducing structural loads.
SPAN
8 m
KEY ACHIEVEMENT
Stable structural performance with reduced slab weight and faster on-site execution.
Musk Complex – Nablus
A mixed-use commercial and residential project executed using the DMAX system to achieve higher efficiency, faster execution, and reduced material consumption.
Area
9 m
SPAN
10,000 m²
KEY ACHIEVEMENT
Balanced structural efficiency and execution speed, with reduced loads and improved overall project performance.
Ghassan Abdel Haq & Partners Building – Nablus
A commercial project executed using the DMAX system to achieve high structural efficiency and enable wider spans with improved slab performance.
Area
8,000 m²
SPAN
10 m
KEY ACHIEVEMENT
Wider spans with reduced loads and enhanced structural efficiency, while maintaining execution quality and speed.
Birzeit University
An educational project requiring large spans and high structural performance.
Executed using the Formli system to achieve efficiency and long-span capability.
Area
3,000 m²
SPAN
20 m
Loads
LL = 500 | SID = 500
KEY ACHIEVEMENT
Achieving long spans with optimized slab thickness and stable structural performance.
American University
A large-scale educational development executed using the Formli system to balance structural efficiency with reduced slab thickness.
Area
9,000 m²
SPAN
15 m
Loads
LL = 500 | SID = 500
KEY ACHIEVEMENT
Efficient structural design with reduced thickness while maintaining performance.
St. Helen Hotel
A hospitality project executed using the Formli system to ensure structural efficiency and optimized spans.
Area
15,000 m²
SPAN
9 m
Loads
LL = 500 | SID = 450
KEY ACHIEVEMENT
Balanced structural performance with optimized material usage.
Hayat Mall – Hebron
A large commercial project executed using the DMAX system to enhance efficiency and support varying spans.
Area
75,000 m²
SPAN
9–11 m
Loads
LL = 500 | SID = 450
KEY ACHIEVEMENT
Efficient execution across large areas with optimized spans and material usage.
Rafidia Commercial Center
A commercial development executed using the DMAX system to achieve consistent performance and efficient spans.
Area
13,000 m²
SPAN
10 m
Loads
LL = 500 | SID = 450
KEY ACHIEVEMENT
Reliable structural performance with balanced efficiency and execution speed.
Orint Factory
An industrial project requiring high load capacity and wide spans, executed using the DMAX system.
Area
6,000 m²
SPAN
14 m
Loads
LL = 1200 | SID = 300
KEY ACHIEVEMENT
Supporting high loads with efficient structural performance and optimized slab design.
Chapel of the Shepherds’ Field
A specialized project executed using the Formli system to achieve long spans with high load requirements.
Area
2,500 m²
SPAN
20 m
Loads
LL = 500 | SID = 1800
KEY ACHIEVEMENT
Achieving long spans under high load conditions with stable and efficient structural performance.
Ein Karem Hospital – Hebron
A hospital project requiring high structural efficiency to achieve wide spans while maintaining stability and performance.
The Formli system was utilized to reduce weight and enhance slab efficiency.
Area
6,000 m²
SPAN
10 m
Al Liwan Project – Ramallah
A mixed-use residential and commercial project with large open spaces, executed Formli system to achieve longer spans and higher structural efficiency while reducing loads.
Featured Case Study
Case Study
Explore how Max Span’s Voided Slab systems solve structural challenges through efficient design, optimized material use, and reliable execution.
Wider Spaces… Without Structural Complexity
Modern residential projects demand open spaces and flexible layouts — without compromising efficiency or increasing costs.
The Challenge
Achieving wider spans within a residential building while maintaining comfortable floor heights and minimizing dropped beams — all within a defined budget.
The Solution
Implementing the DMAX system by MaxSpan, which reduces slab weight through engineered voids — enabling longer spans without adding execution complexity.
The Results
• Wider spans and more flexible spaces
• Reduced slab weight and concrete consumption
• Faster execution with lower overall cost
– Client Success –
Trusted by Industry Leaders
We don’t just supply systems — we build long-term engineering partnerships through proven performance, technical support, and reliable execution.
“MaxSpan played a key role in improving our project timeline, with outstanding technical support throughout all phases of execution. They were not just a supplier, but a true engineering partner.”
Eng. Ahmed Khalil
PROJECT MANAGER, AL REHAN COMPLEX
Project Impact
Real Estate Developer
“The system gave us greater architectural flexibility, helped reduce the number of columns significantly, and improved the overall economic feasibility of the project.”
Eng. Imad Al-Khatib
Director, Rawasi Real Estate Investment
Contracting Company
“Execution was faster compared to traditional systems, and the technical support and training helped us maintain high quality on site.”
Eng. Mohammad Raddad
Project Manager, AZ Contracting
Engineering Consultant
“Adopting MaxSpan’s Voided Slab system enabled us to achieve longer spans with a clear reduction in concrete and steel usage.
Engineering support was present from design through to execution.”
Eng. Fouad Shammasneh
Director, Al Rawda Engineering Consultancy
Trusted by leading organizations
Ready to optimize your next project?
Partner with Max Span to achieve lighter structures, reduced material use, and more efficient project execution with complete engineering support.
