Pergola Systems
Pergola Systems are architectural elements designed to provide shading and protection in outdoor spaces. Typically made from aluminum, these systems offer advantages such as lightness, durability, and aesthetic appeal.
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We perform static analysis, design, consultancy, and build of aluminum systems.
We perform static analysis, design, consultancy, and build of aluminum systems.
We are a team of experts with over 10 years of experience in the field of aluminum structures and motion systems. Our goal is to provide our clients with innovative and sustainable solutions, delivering excellent service at every stage of their projects. With our deep knowledge and industry expertise, we are committed to being a reliable and effective partner.
Pergola Systems are architectural elements designed to provide shading and protection in outdoor spaces. Typically made from aluminum, these systems offer advantages such as lightness, durability, and aesthetic appeal.
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Rolling roof systems are canopies made of aluminum, designed to open or close outdoor spaces, typically operated by an automatic mechanism. These systems allow the area to be opened when desired and provide protection when needed.
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Winter Gardens are structures designed to be used year-round for growing plants or as relaxation areas. Typically constructed with an aluminum frame and glass panels, they maximize natural light, brightening interior spaces.
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Windbreak systems are modern structural elements designed to reduce the effects of wind and provide protection in outdoor areas. These systems use aluminum frames supported by glass panels, offering both functionality and an aesthetic appearance.
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Sunroof systems are typically roof elements made of aluminum frames and glass panels that can be opened or fixed, commonly used in buildings. These systems are designed to provide natural light in interior spaces and offer ventilation options.
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Pool roof systems are coverings installed over pools, typically consisting of an aluminum frame and glass panels. These systems offer various advantages by enclosing the pool:
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Rooftop systems are structural systems typically installed on building rooftops, consisting of aluminum frames supported by glass panels. These systems offer various functions and advantages:
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sky roof systems are structural systems typically used on building roofs or upper sections, consisting of aluminum frames supported by glass panels. These systems offer both aesthetic and functional advantages.
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guillotine system is a modern window or door system commonly used in architecture. This system consists of an aluminum frame combined with glass, and it operates using a guillotine mechanism that moves vertically up and down.
Read MoreOur approach to structural analysis is rooted in precision, safety, and reliability. We conduct detailed static analyses to ensure each structure can withstand various loads and environmental factors, optimizing both strength and durability.
In a recent project involving an rollin roof system, this project, I conducted a comprehensive analysis using the Finite Element Analysis (FEA) method to enhance the structural safety and efficiency of rolling roof systems. The analysis examined the load-bearing components, track systems, connection points, and overall structural elements of the system under various loading scenarios (wind, snow, etc.).
In a recent project involving an pergola system, I conducted a comprehensive analysis using the Finite Element Analysis (FEA) method to enhance the structural safety and efficiency of aluminum pergola systems. The analysis examined the load-bearing components, connection points, and general structural elements of the system under various loading scenarios (wind, snow, etc.). Static and dynamic analyses were employed, taking into account the mechanical properties of aluminum material and environmental conditions.
In this project, I conducted a comprehensive analysis using the Finite Element Analysis (FEA) method to enhance the structural safety and efficiency of sunroof systems. The analysis focused on the system's load-bearing components, glass panels, track systems, connection points, and overall structural elements under various loading scenarios (wind, snow, temperature variations, etc.).
In a recent project involving a winter garden project, a detailed analysis was conducted using Finite Element Analysis (FEA) to enhance the structural safety and efficiency of winter garden systems. The analysis examined the system's load-bearing components, glass panels, and connection points under various loading scenarios. Static and dynamic analyses were performed, taking into account the mechanical properties of the materials used and environmental conditions.
We are a team with over 10 years of specialization in aluminum structural and motion systems. This extensive experience allows us to provide reliable and effective solutions tailored to your projects.
We conduct meticulous static analyses, which are critical for the safety and durability of your structures. Through comprehensive static calculations, we enhance your structures’ resistance to various loads and forces, ensuring long-lasting and secure designs.
We continuously deliver innovative and sustainable solutions by leveraging the latest technologies and methods. Our approaches are customized to meet your specific needs.
The phase of gathering necessary information to determine the scope and requirements of the project. The characteristics of the structure, load-bearing requirements, and project goals are analyzed at this stage.
The proposal prepared based on the assessment and preliminary analysis is approved by the client. In this step, the timeline and scope of the project are finalized.
Conducting the static analysis of the structure and generating the most suitable design solutions based on the analysis results. Safety, durability, and cost-effectiveness are considered during this phase.
Sharing the static analysis results and reports with the client. These reports contain all the technical details that demonstrate the structure's durability and safety performance.
