Monaco Felice sculpture and 3D art portfolioBACK TO 3D MODELS FOR PRODUCTION PORTFOLIO
Front view of a realistic 3D model of a hand sander for plasterboard with detailed geometry and materials

Hand Sander — 3D Product Modeling

High-quality 3D model of a hand sander used for smoothing and leveling plastered walls.

This personal project was created both as a technical study and as a product-ready asset for 3D marketplaces.
The focus was on accurate hard surface modeling, clean topology, and realistic proportions based on real-world references.

The model demonstrates production-level geometry with well-defined edges, consistent curvature, and optimized polygon flow.
Special attention was given to mechanical parts such as the clamping system and handle construction.

Repeated elements are built as instances, allowing quick updates while keeping the scene optimized and easy to manage.

Realistic product rendering was used to present the model in a clean and commercial-ready form.

May, 2014
Perspective view of a 3D hand sander model showing smooth surface transitions and accurate proportions
Close-up of the clamp mechanism on a 3D hand sander model with precise hard surface detailing
Side view of a 3D hand sander model highlighting ergonomic shape and clean geometry
Bottom view of a 3D hand sander showing textured sanding surface and base structure

Surface continuity and topology quality
3D model of a hand sander displayed in neutral material showing clean topology and smooth shading
Detailed view of hard surface geometry in a 3D hand sander model with consistent edge flow
Close-up of clamp area showing clean topology and precise edge control in 3D modeling
Edge flow and surface continuity demonstrated on a 3D hand sander model
Detailed geometry of handle and base structure in a hard surface 3D model

Wireframe and topology structure
Wireframe view of a hand sander 3D model showing clean polygon distribution
Close-up wireframe of clamp mechanism demonstrating precise topology
Side wireframe view of a 3D hand sander model with balanced polygon flow
Detailed wireframe of 3D model showing optimized topology and structure