r
ryan_reverse

Ryan

@ryan_reverse

Reverse Engineering Structural Design OptimizationMold Feasibility Review

Chine
Chinois, Anglais
Certaines informations sont présentées en anglais.
À propos de moi
I’m a former mold engineer turned mechanical designer with 5+ years of experience turning conceptual models into manufacturable products. My core expertise lies in reverse engineering and 3D scan data processing. I manually reconstruct surfaces from client-provided STL files and convert them into editable STEP (STP) files — enabling easy design modifications and downstream mold development. I also refine existing CAD models by adding or modifying structural features as needed.... Plus d’infos

Compétences

r
ryan_reverse
Ryan
hors ligne • 
Temps de réponse moyen de 1 heure

Voir mes services

Conception pour la fabrication
I will convert stl mesh to step model
De45 $US / projetPlus de détails

Portfolio

Expérience professionnelle

Self_Level

Freelance Mechanical Designer

Self Level • Freelance

Mar 2020 - Present • 6 yrs 7 mos

Core Services: • Reverse Engineering: Converted 3D scan data (STL/OBJ) into high-precision, editable STEP/IGES models using UG/NX. • Mold Feasibility Review: Leveraged my mold-making background to analyze part designs for draft angles, wall thickness, and undercuts, preventing costly tooling errors. • Structural Optimization: Modified existing CAD models to improve strength, reduce material usage, and ensure manufacturability. Tools Used: Siemens NX (UG), Geomagic Design X, SolidWorks. Client Focus: Startups and small businesses needing rapid prototyping and DFM support.

MicroAcquire

Mold Designer

MicroAcquire • Temps plein

Feb 2016 - Feb 2020 • 4 yrs

• Designed and optimized injection molds for [plastic parts / automotive components / electronics]. • Collaborated with product designers to provide DFM (Design for Manufacturing) feedback, ensuring parts could be molded efficiently. • Utilized UG/NX for 3D modeling and 2D drafting, creating detailed drawings for CNC machining and mold fabrication. • Gained deep practical knowledge of material shrinkage, tolerance control, and mold release mechanisms.