Scaffolding & Formwork Systems
Cuplock System
An integrated and secure solution for scaffolding and formwork systems used in heavy construction and industrial projects, characterized by flexibility, speed, and high load-bearing capacity.
About the Cuplock System
The Cuplock system is one of the finest modern scaffolding systems. It relies on a cup-lock mechanism that ensures rapid installation and high stability.
The Cuplock System is widely used in infrastructure projects, towers, bridges, and industrial facilities due to its safety, efficiency, and ability to withstand heavy loads.
Caplock System Components
Standards
Equipped with fixed cups approximately every 50 cm
Transfers loads vertically to the ground
Made of high-quality steel conforming to standard specifications
Horizontal Ledgers
It is fixed inside the lower cup and locked with the upper cup
It connects the vertical posts
It helps distribute loads horizontally in a balanced way
Diagonal Braces
Used to increase rigidity and stability
Effective resistance to lateral loads
Essential in high-rise and heavy-duty projects
Base Jacks/U-Heads
Used for leveling and achieving evenness
Suitable for various applications such as formwork and work platforms
Provides added stability to the entire system
Uses of the Cuplock System:
Roofing, beam, and slab formwork.
Elevated work platforms.
Bridges and tunnels.
Towers and industrial structures.
Heavy infrastructure projects.
Cuplock System Advantages
Fast installation and dismantling, saving time and effort.
High load-bearing capacity.
Excellent stability and safety during use.
Reducing the number of workers required at the site.
High flexibility in shaping according to the nature of the project.
Long lifespan and high resistance to intensive use.
Why choose our cuplock system?
High-quality manufacturing and certified materials
Full adherence to international safety standards
Suitable for small and large projects
Specialized technical support and engineering consultations
Certifications and Standards
Compliant with European standards EN 12810/EN 12811 for scaffolding systems.
Manufactured according to ISO 9001:2015 Quality Management System
The possibility of providing certified load test reports.
The raw materials conform to international steel standards.
Approved for use in construction and heavy industrial projects.
Shorebrace System
A highly efficient structural support and reinforcement system used to stabilize walls and structures exposed to lateral loads, especially during deep excavation, restoration, or construction expansions, while ensuring the highest levels of safety and stability.
Application System
The Shorebrace System is used in a wide range of construction applications, including:
- Reinforcing concrete walls during excavation work
- Supporting existing buildings during restoration or reinforcement
- Deep foundation work
- Tunnels and subway stations
- Projects within residential areas and on sites with limited space
- Protecting adjacent structures from collapse or subsidence
- Standard Reference
- Manufactured according to ISO 9001:2015 Quality Management System
- Compliant with international engineering standards for temporary bracing and support systems
- The possibility of providing certified load test reports
- Raw materials conform to international steel standards
- Approved for use in heavy construction and industrial projects
- Engineering Value
- High capacity to withstand lateral loads and direct pressure.
- Engineered design for maximum safety and stability.
- Adjustable to accommodate varying heights and wall thicknesses.
- Reduced construction risks during execution.
- Increased on-site work efficiency and reduced potential for errors.
- Long lifespan with high resistance to heavy use.
- Connection and Installation Concept
- The shorebrace system relies on adjustable metal supports that are fixed between the walls and the support bases using strong fastening connections.
- The length and angle of the supports are precisely adjusted to achieve complete balance and safely transfer lateral loads to the ground, ensuring the stability of the structure throughout the construction period.
Ringlock Scaffolding System
Main System Components
1- Vertical Posts (Standards)
Equipped with rosettes approximately every 50 cm
Vertical loads are transferred with high efficiency.
Constructed from high-strength steel.
2- Horizontal beams (Ledgers)
Fixed within rings and secured with a wedge lock.
Provides horizontal connection and load distribution.
3. Diagonal Braces
For increased rigidity and lateral stability
Essential for significant heights and dynamic loads
4- Base Jacks / U-Heads
To adjust levels and achieve evenness.
Used for work platforms or scaffolding.
5. Work platforms and access points.
Metal or wooden panels.
Ladders and side guard systems.
Ringlock System Applications
High-rise buildings.
Bridges and tunnels.
Industrial facilities and power plants.
Complex architectural facades.
Heavy formwork and work platforms.
Ringlock System Features
High flexibility in configuration.
It can withstand heavy loads.
Excellent stability at heights.
Quick assembly and disassembly.
Suitable for irregular geometric shapes.
High level of safety.
Technical Highlights
Compliant with EN 12810 / EN 12811
Compliant with BS 1139
Manufactured according to ISO 9001:2015
Accredited load test reports available.
Finishing: Hot-dip galvanizing or synthetic paint
The engineering concept of the system.
Ringlock Scaffolding
The Ringlock system is an advanced modular metal scaffolding system that utilizes multi-directional ring connection points mounted on vertical posts, enabling the erection of robust structures and highly efficient work platforms with optimal load distribution.
The system offers the highest levels of safety and speed of execution, making it an ideal solution for complex and high-rise projects.
H-Frame Scaffolding System
What is an H-Frame Scaffolding System?
The H-Frame system is a traditional metal scaffolding system consisting of welded H-shaped vertical frames, widely used in metal formwork and work platforms.
Its simplicity, speed of installation, and good stability at medium heights make it a practical and economical solution for projects with regular spaces and interior finishing work.
Common Uses
Slab and roof formwork.
Internal work platforms.
Residential and commercial buildings.
Finishing and painting work.
Mid-rise projects.
Advantages of the H-Frame System
Economical cost compared to standard systems.
Good stability when adhering to standard spacing.
Suitable for regular spaces.
Easy maintenance and long service life.
(Technical Highlights)
Steel material conforms to standard specifications.
Finishing: Painting or galvanizing as requested.
Compatible with various formwork systems.
Reusable multiple times without loss of performance.
Steel Waler System
Standard Reference
Designed and manufactured to international standards.
Compatible with various metal scaffolding systems.
High-quality steel materials that withstand design loads.
Load test reports available upon request.
Connection and Fixing Concept
Steel Walers are fixed to formwork panels using bolts, tie rods, or tie bars.
The system provides a strong and direct connection between formwork elements.
It ensures high stability during pouring and resistance to the compressive strength of fresh concrete.
It is easy to dismantle and reassemble without affecting the efficiency of the elements.
System Engineering Concept
The Steel Waler System is an advanced steel formwork system used to support and stabilize vertical formwork, especially wall and beam formwork.
It relies on horizontal steel sections (wallers) that distribute the loads resulting from the concrete pouring evenly, reducing deformation and ensuring the straightness and geometric accuracy of the concrete elements.
Application Scope
Reinforcement formwork for concrete walls
Formwork for beams and columns
Residential and commercial buildings
Industrial and infrastructure projects
Projects requiring high precision in straightness and dimensions
Engineering Value of the System
Ideal load distribution and stress reduction
Improved quality of the final concrete surface
Increased safety during pouring
Fastest installation and dismantling compared to traditional systems
Reusable multiple times, reducing the overall project cost.
The Engineering Concept of the System
The Panels System is a steel formwork system based on prefabricated panels that are assembled to form the vertical or horizontal formwork for concrete elements.
The panels are designed with precise dimensions and internal reinforcement structures that allow them to withstand the pressure of the concrete while maintaining the straightness and quality of the concrete surface.
Panels System
Structural Philosophy of the System
The structural philosophy of the Panels System is based on the principle of standardization and repetition, where the same panels and auxiliary elements are used to create different shapes.
The system achieves high implementation efficiency by reducing the number of components, accelerating installation and dismantling processes, and minimizing reliance on intensive labor, while ensuring consistent safety and quality levels throughout all phases of implementation.
System Engineering Values
High dimensional accuracy and straightness.
Improved concrete finish quality and reduced post-curing work.
Higher execution speed compared to traditional formwork.
Reduced material waste and labor costs.
Reusable for numerous construction cycles.
Application Scope:
Concrete wall formwork
Column and beam formwork
Residential and commercial buildings
Typical flooring projects
Projects requiring rapid execution and high-quality finishingProjects
Special hanging scaffold for pipe rack (oil and gas project)
Tupe and coupler scaffold
