We specialize in the static analysis, design, consultancy, and construction of aluminum systems, delivering durable and innovative solutions for a wide range of projects.
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. Here are the main features and advantages of this system:
Expertise and Experience
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.
Static Analysis
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.
Why Static Analysis is Necessary for Guillotine System
Aluminum framed glass guillotine systems are an essential element of modern architecture, offering significant advantages in both aesthetics and functionality.. For these reasons, conducting static analysis in the design of aluminum framed glass guillotine systems is vital for ensuring safety, durability, and performance.
There are several important reasons for performing static analysis on guillotine systems:
Safety: Static analysis determines whether the structure can safely withstand various loads (such as wind, snow, weight, etc.). This is critical for ensuring user safety.
Durability: The analysis assesses whether the system will be long-lasting and whether it risks deformation or damage over time. This can reduce maintenance and repair costs.
Load Distribution: Static analysis shows how loads are distributed and how the frame will behave under these loads. This helps in optimizing the design.
Material Selection: Conducting static analysis helps in selecting the right materials and thicknesses according to different load conditions, which can also affect costs.
Legal Requirements: Most construction projects require static analysis to ensure compliance with local regulations and standards. This helps prevent legal issues.
Aesthetics and Functionality: Static analysis is important for maintaining both the aesthetic appearance and the functionality of the structure. A proper design achieves successful results from both aesthetic and practical perspectives.
Dynamic Loads: Static analysis evaluates not only the performance of the system under static loads but also its behavior under dynamic loads (such as earthquakes and wind).