Aluminum console rack
Introduction
Sharplayers, a leader in structural systems innovation, introduces its latest product: the modular cantilever rack. Using T-slot aluminum profiles, this rack is ideal for industrial applications due to its adaptability and robustness.
Detailed description of the project |
The Sharpplayers modular rack is designed with flexibility and scalability in mind. It is based on aluminum profiles that allow quick and easy addition or removal of elements, shelves, etc. The rack is a total of 6 meters long, divided into 5 segments, each with 11 shelves and a maximum depth of 0.6 m and a height of 3 m. The total load capacity of the rack is 1000 kg, while the load capacity of one segment is 200 kg. |  |
Materials and components |
 |
30x60 Profile: This smaller aluminum profile is used for light and medium construction purposes, allowing flexibility in design without compromising strength. Profile 60x60: Larger aluminum profile used for the main supporting structures, providing high strength and stability of the entire structure. Angles to profiles: Specially designed angles that provide a solid connection and support for the 30x60 profile, increasing overall structural integrity. DIN 912 screws: These screws are crucial for the solid connection of components, thanks to their high resistance and durability. DIN 125A Washers: Ensure even distribution of bolt pressure on the mating surfaces, contributing to the overall resistance and strength of the joints. T-slot nuts: They enable easy and variable attachment of various components within the T-slots of aluminum profiles. Hexagonal nuts: Used to ensure maximum connection strength where high demands on mechanical resistance are required. Sharpsystem: These specially designed screws together with threads and holes ensure a strong and permanent connection between the individual aluminum profiles. |
Design and manufacturing process |
Shelf sketch: The project begins with a conceptual sketch that serves as a basic guide for further design and construction decisions. Selection of profiles and connecting components: A careful selection of aluminum profiles and connecting components ensures that the rack will meet the specified load-bearing and stability requirements. Design in Fusion 360: A detailed 3D model of the rack is created in the CAD program Fusion 360, which allows precise planning and optimization of every aspect of the structure. Assembly of one segment to test all components: The first segment of the rack is assembled to verify the correctness of all design and construction elements, and to test the functionality of the joints and stability. Production of all segments: After the successful testing of the first segment, the mass production of the individual segments of the shelf will proceed. Mounting the mounting components to the wall: Before mounting the segments, all the necessary brackets and mounting components are firmly fixed to the wall. Attaching all segments: Individual segments are mounted to the attached components, which creates the overall structure of the rack. Flatness calibration: After assembling the entire rack, it is carefully calibrated to ensure perfect flatness and stability of all parts. Fixing the saw: A saw is subsequently fixed to the rack, which is the specific required functionality of this rack in our case. Calibration of the distances: The final step is the precise setting of the distances between the segments and the calibration of the overall arrangement so that the rack meets all the requirements for accuracy and functionality. |
 |
Challenges and solutions |
 |
One of the biggest challenges when installing the modular rack was the unevenness of the floor and the wall the rack was anchored to. This unevenness could have caused the rack to be unstable or level, which could have compromised its structural integrity and safety. The solution to this problem was the use of adjustable machine feet , threaded rods and adjustable nuts , which allowed for accurate alignment and fixing of the rack even on an uneven surface. Threaded rods were installed where the shelf needed to be adjusted to the surface of the wall and floor, and the nuts could be used to fine-tune and fix the position of the shelf to ensure its correct and safe condition. In addition, to ensure that nothing can slide off the shelf, special 3D printed end caps were used . These end caps were designed to secure materials firmly and prevent them from moving, which additionally increased the overall safety and functionality of the shelving system. This method not only provided the necessary flexibility in assembly, but also increased the overall structural stability of the rack. |
Conclusion
The modular cantilever rack project by Sharplayers is a perfect example of how innovation and technological progress can bring solutions to complex challenges in industrial applications. Thanks to the carefully designed construction of T-slot aluminum profiles and the ingenious selection of connecting components , this rack offers not only exceptional strength and stability, but also incredible flexibility and scalability. Its ability to adapt to changing needs and environments is essential for efficient storage and operations.
Confronted with challenges such as the unevenness of the floor and walls, the Sharplayers team demonstrated its ability to innovate in practice. Through the use of threaded rods and adjustable nuts, it was possible to achieve precise alignment and a firm attachment of the rack, while 3D printed end caps contributed to the safe and stable attachment of the stored materials, thus ensuring both their safety and the overall functionality of the racking system.
This project also shows how Sharpplayers is constantly looking for ways to not only improve their products, but also adapt them to the specific needs and requirements of themselves and their clients. The result is a shelving system that is not only robust and durable, but also aesthetically pleasing and easily integrated into various work environments. All this underlines Sharplayers commitment to providing high quality, innovative and adaptable solutions that exceed industry storage expectations and standards.