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Mendyyz
@automotive_3d
AUTOMOTIVE CAR PARTS AND REVERSE ENGINEERING FOR PRODUCTION
Regno Unito
Inglese, Spagnolo, Francese
Chi sono
Hi I'm Mendy, I specialize in 3D CAD modeling, mechanical product design, automotive reverse engineering, and 3D printing solutions. From recreating broken or discontinued parts to converting 3D scans, sketches, photos, and technical drawings into detailed CAD models, I help turn ideas into practical digital designs. My services include automotive components, 3d car models and parts, custom wheel accessories, mechanical parts, technical drawings, and 3D printable models. I focus on clean geometry, attention to detail, clear communication, and deliverables tailored to your project requirements.
Competenze
Mendyyz
offline •
Consulta i miei servizi
Modeling 3D e Rendering
I will do automotive 3d car parts from 3d scan reverse engineer widebody kitbumper hood
Modeling 3D e Rendering
I will do 3d car model, car body kit and car parts, automotive 3dcad design for 3dprint
Esperienza lavorativa
Mechanical CAD Designer & Reverse Engineering Specialist
Mazda • Freelance
Apr 2024 - Dec 2025 • 1 yr 8 mos
I specialize in 3D CAD modeling, mechanical product design, automotive component development, and reverse engineering. I help individuals, engineers, automotive builders, and manufacturers transform sketches, photographs, 2D drawings, measurements, and 3D scans into accurate digital CAD models. My work includes automotive parts modeling, custom body components, wheel accessories, mechanical assemblies, replacement parts, product redesign, and 3D-printable prototypes. Key Responsibilities: Create detailed 3D CAD models from sketches, images, and technical drawings. Reverse engineer existing components using 3D scans and reference measurements. Design automotive parts, bumpers, fenders, widebody kits, and custom accessories. Develop mechanical components and functional product models. Prepare STL, STEP, IGES, and other compatible CAD file formats. Create Technical drawings and manufacturing-oriented designs. Optimize models for 3D printing, prototyping, and product development.
