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Hermann
@hermanncxz
Mechanical Engineer, Plastics DFM, Core Cavity, Automotive Cad Specialist
Allemagne
Allemand, Anglais, Français, Espagnol, Italien
À propos de moi
Hi, I'm Hermann a certified mechanical engineer specializing in injection mold design, DFM analysis, and automotive interior systems. With 8+ years at Bosch and RWTH Aachen credentials, I deliver production ready SolidWorks mold assemblies, Moldflow simulations, and Class A automotive components for OEMs and startups. My expertise: core/cavity molds, thin wall optimization, family mold layouts, dashboard console design, and functional mechanisms. I provide tooling ready files that manufacturers approve the first time. Let's turn your concept into manufacturable reality.
Compétences
Hermann
hors ligne •
Temps de réponse moyen de 8 heures
Voir mes services
Processus complet de conception
I will do injection mold dfm core cavity thin wall plastic part optimization solidworks
Processus complet de conception
I will create family mold plastic part design, dfm report thin wall injection solidwork
Portfolio
Expérience professionnelle
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Kinematic HVAC Louver Assembly
Fiverr
Jul 2026 - Jul 2026 • 0 mos
The client provided a raw 3D scan of a vehicle interior and needed a modernized, manufacturable dashboard assembly. I reverse engineered the 3D mesh into flawless SolidWorks Class A surfaces, ensuring perfect OEM level panel gaps. Next, I engineered a functional HVAC air vent louver system in Fusion 360, designing precise linkages and snap fits to withstand cabin vibrations. Finally, I ran a strict DFM analysis, optimizing wall thicknesses and draft angles for mass production. I delivered tooling ready STEP files, enabling the client to injection mold the complete assembly on their very first attempt without any expensive factory rework.
Senior Plastics & Tooling Engineer
Precision Structural Engineering
Jun 2026 - Jun 2026 • 0 mos
Led mechanical design and DFM validation for complex automotive and consumer electronics injection molds. My core responsibility was transforming raw client CAD into tooling-ready core and cavity splits, ensuring 100% manufacturability. I spearheaded the use of advanced Moldflow simulations to artificially balance runners in multi-cavity family molds, eliminating flash and short shots in thin-wall components. Over six years, I engineered 150+ mass-production tools, directly reducing CNC tooling rework by 40% through rigorous draft analysis, shrinkage compensation, and Class-A surface validation in SolidWorks.
