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Wall Formwork Systems
formwork systems are designed to build complete house perimeters using poured concrete, ensuring dimensional accuracy and structural continuity. These formworks were modeled in 3D in Autodesk Inventor using the
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Portfolio
used in production tooling. The models are created with a strong focus on manufacturability, dimensional accuracy, and production feasibility. Designs are prepared for processes such as CNC machining, fabrication
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Manual G-Code Programming for CNC Machining
requiring precise control of machining operations, tool movements, cutting parameters, and dimensional accuracy. Project Highlights: • Manual G-Code Programming • CNC Machining • Machining Process Planning
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Precision Punch Component Design for Manufacturing
created in CATIA V5 for industrial tooling applications. The punch was designed to achieve high dimensional accuracy, durability, and compatibility with manufacturing and assembly requirements while ensuring
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High-Performance Centrifugal Impeller Design
designed with emphasis on fluid-flow geometry, manufacturability, machining efficiency, and dimensional accuracy. Project Highlights: • Complete 3D CAD Modeling • Parametric Design • Blade Surface Modeling
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Full 3D Steel Single Operation Die Design | Automotive Stamping Tooling Outsourcing Service
structural modeling, and validated by professional sheet metal forming simulation to guarantee dimensional accuracy and process feasibility. The dies are equipped with precision guiding systems, reliable locating
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Industrial Cast Iron Component for Manufacturing
designed with emphasis on structural strength, manufacturability, machining allowance, and dimensional accuracy to ensure reliable performance in production environments. Project Highlights: • 3D CAD Modeling
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Precision mechanical Part | CNC Machining & CAM Design
featuring optimized roughing and finishing operations. • Precision Engineering: Focused on dimensional accuracy and clean geometry for high-quality surface finish. Project Scope: • 3D Solid Modeling.
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Scan-to-BIM Modeling
condition, and continuously overlaying the developing model against the original scan to verify dimensional accuracy at every stage. The final deliverable was a coordinated, survey-accurate BIM model ready for
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3D CAD Modeling of a Flanged Valve Assembly
components, fasteners, and handwheel. The model was developed in SolidWorks with attention to dimensional accuracy and proper component integration. Supporting documentation includes detailed technical drawings