Mechanical Design and Production-Oriented Modeling
On this page, you can explore my mechanical design, part modeling, assembly structure, plastic injection mold design, and production-oriented technical modeling works developed with SolidWorks.
Spiral Freezing Machine
Food Machinery | Mechanical Design
A mechanical design project developed in SolidWorks for spiral freezing and cooling systems. The model was created by considering stainless steel construction, spiral conveyor system, inlet and outlet belts, internal layout, and manufacturability details.
Single Lane Alignment Conveyor
Single Lane Alignment Conveyor
Food Machinery | Mechanical Design
A single lane alignment conveyor design developed in SolidWorks. This conveyor system was designed to arrange products into a single line along the production line. The model was created by considering belt geometry, guiding elements, adjustment mechanisms, carrier frame, and production line integration details.
Thermoform Equipment
Food Machinery | Mechanical Design
Thermoform cutting blade and equipment design developed in SolidWorks. This is a mechanical design and technical modeling project prepared for cutting blades and auxiliary equipment used in thermoform machines. The model was created by considering cutting form, material thickness, assembly details, precision-machined surfaces, and manufacturability criteria.
Vacuum Cleaner Internal Parts
Plastic Injection Mold | Mechanical Design
Plastic injection mold design for vacuum cleaner internal parts developed in SolidWorks. This mold design and technical modeling project was prepared for plastic components used in the internal structure of a vacuum cleaner. The model was created by considering complex geometry, wall thickness, draft angles, connection details, and moldability criteria.
63A Portable Socket Body
Plastic Injection Mold | Mechanical Design
Plastic injection mold design for a 63A portable socket body developed in SolidWorks. This plastic injection mold project was prepared for the body of a 63A industrial portable socket. Technical modeling was carried out by considering the body form, gate location, cooling channels, ejector placement, and production process.
32A Machine Socket
Plastic Injection Mold | Mechanical Design
Plastic injection mold design for a 32A machine socket developed in SolidWorks. This mold design was prepared for the body of a 32A machine socket. The part geometry, parting surface, gate location, ejector system, wall thickness, and production suitability details were considered during the SolidWorks modeling process.
63A Portable Socket Cover Plastic Injection Mold
Plastic injection mold design for a portable socket cover. The model was created by considering the cover form, core requirements, parting surface, ejector points, and production-oriented details.
Distribution Panel Lock Handle Plastic Injection Mold
Distribution Panel Lock Handle Plastic Injection Mold
A plastic injection mold project prepared for a distribution panel lock handle component. The motion relationship of the part, connection areas, wall thickness, mold opening direction, and manufacturability details were evaluated during the design process.
Distribution Panel Fuse Shield Support Plastic Injection Mold
Plastic injection mold design for fuse shield support components used inside a distribution panel. Fine details, connection surfaces, moldability, ejector placement, and mass-production suitability were taken into consideration.