PROJECT INTRO
Development and Production of Pier Lifting Hole Caps for J.Kumar Project
For a prestigious infrastructure project undertaken by J.Kumar, we designed and produced a critical 3D model of a pier lifting hole cap. This component was essential for the metro project, serving as protective caps for underground pipes. Our team meticulously crafted the 3D model, ensuring it adhered to precise engineering specifications and high-quality standards required for such a major urban transit initiative. The production of this model involved advanced manufacturing techniques to ensure durability and structural integrity.
Engineering precision into every detail, our 3D pier caps.
By creating and producing these pier lifting hole caps, we played a pivotal role in supporting the successful execution of the metro project’s extensive underground infrastructure, contributing to the overall efficiency and reliability of the transit system.
PROJECT CHALLENGE
- Developing the model in SolidWorks Part (SLDPRT), Assembly (SLDASM), and Drawing (SLDDRW) formats presented unique challenges, including ensuring compatibility, detailed accuracy, and clear documentation within these specific CAD formats.
- Ensuring that the 3D model met all engineering specifications and requirements for the pier lifting hole caps to fit perfectly with the underground pipes.
- Designing the caps to withstand the stresses and environmental conditions typical of underground installations, ensuring long-term durability.
- Implementing rigorous testing and quality assurance procedures to verify that the produced caps meet all specified standards and functional requirements.
PROJECT SOLUTION
The development of pier lifting hole caps for the MMRDA project leveraged SolidWorks for creating precise and detailed 3D model. One significant challenge was developing the model in SolidWorks Part (SLDPRT), Assembly (SLDASM), and Drawing (SLDDRW) formats. This required ensuring compatibility, detailed accuracy, and clear documentation across these specific CAD formats. To address this, meticulous attention was paid to the design process, ensuring that the 3D model adhered to all engineering specifications and requirements, allowing the caps to fit perfectly with the underground pipes. Additionally, the caps were designed to withstand the stresses and environmental conditions typical of underground installations, ensuring long-term durability. Rigorous testing and quality assurance procedures were implemented to verify that the produced caps met all specified standards and functional requirements. This comprehensive approach ensured the successful development and production of high-quality pier lifting hole caps, contributing significantly to the metro project’s infrastructure.
TECH TOOLS & STACK
