Blog Post Design for 3D Printing: DfAM Rules for FDM, SLA, and SLS Parts That Actually Work

general-purpose 3D printing, as opposed to the fabrication of exquisitely intricate objects with complex geometry and fine details, the recommendations for wall thickness are as follows: FeatureWall ThicknessWall

3D printing

3D Model Complex Surface Mold Engineering; From 3D Scan (Reverse Engineering)

involving high-precision Reverse Engineering from 3D scans (Faro Arm) and surface reconstruction for complex textured parts. The project required resolving intricate "undercuts" on textured surfaces (similar

Service I will Perform CFD, FEA and Complex Fluid Flow Simulations

evaluating drag on an automotive body, or analyzing flow through complex mechanical systems, I deliver accurate engineering data. From geometry cleaning and preparation to accurate mesh grid generation and

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3D Model Advanced Turbo Compressor Impeller Design

Advanced mechanical design developed in Fusion 360, featuring complex curved blade geometry, parametric modeling, circular patterns, and precision-engineered components.

3D Model Complex Surface Mold Engineering; From 3D Scan (Reverse Engineering)

involving high-precision Reverse Engineering from 3D scans (Faro Arm) and surface reconstruction for complex textured parts. The project required resolving intricate "undercuts" on textured surfaces (similar

3D Model Engine Block Reverse Engineering and CAD Reconstruction

This project involved reverse engineering and reconstruction of a complex engine block. The work required analysis of the existing geometry, identification of functional and manufacturing features, and restoration

Service I will convert your 3D scan or STL into clean parametric CAD

I will convert 3D scan data, STL meshes, or reference geometry into a clean, editable CAD model suitable for modification, manufacturing, CNC, or 3D printing. This service is intended for reverse engineering

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3D Model Custom Wooden Rifle Stock – SolidWorks 3D Design

development project created in SolidWorks, featuring a wooden rifle stock with complex organic surfaces and ergonomic geometry. The project involved detailed CAD modeling, precise surface transitions, and

3D Model Impeller_v2

Features: • Advanced Surfacing: Developed using complex surface modeling techniques in Autodesk Fusion 360 to ensure smooth airflow and optimal blade geometry. • Design for Manufacturing (DFM): The blade

3D Model ABS-injection molded container with inner exchangeable cartridge.

project was to keep the clients design vision intact, while working with complex shut-offs to manufacture important undercut-geometry and keeping the overall design easy and cost-efficient to manufacture