Sewing Machine Low-poly 3D model

Bring your digital projects to life with this realistic and highly detailed 3D model of a sewing machine, designed with industry-standard topology and physically-based rendering (PBR) textures for optimal visual fidelity. Whether you're creating a scene for games, animation, VR/AR simulations, architectural visualizations, or cinematic renderings, this model offers both performance efficiency and visual realism.

Crafted with careful attention to both design accuracy and performance optimization, this asset replicates the structure and form of a classic mechanical sewing machine, complete with intricate detailing like thread spools, needle assembly, tension dials, presser foot, bobbin area, and stitch plate. All components are UV-unwrapped and textured using high-resolution PBR materials, including Albedo/Base Color, Normal, Roughness, Metallic, and Ambient Occlusion maps.

This sewing machine 3D model is ideal for showcasing vintage tools, tailors’ workspaces, fashion studio interiors, or crafting scenes. The model is cleanly organized, logically named, and ready for rigging or animation.

Key Features:

Game-ready & render-ready

Clean topology (quad-based, optimized mesh)

High-resolution PBR textures (4K)

Modeled in real-world scale (accurate proportions)

Fully UV-unwrapped with non-overlapping islands

Ideal for close-up shots and real-time engines

Compatible with Unity, Unreal Engine, Blender, Maya, 3ds Max, Cinema4D

Available formats: .FBX, .OBJ, .BLEND, .GLTF/.GLB, .MAYA, .STL, .USD

Includes optional subdivision-ready mesh

Materials compatible with both Eevee and Cycles renderers

Preview renders included

What's Included:

1 x High-poly / Mid-poly Sewing Machine 3D Model

4K PBR Texture Maps:

Base Color (Albedo)

Normal Map (OpenGL or DirectX)

Roughness Map

Metallic Map

Ambient Occlusion Map

Clean, organized file structure

Use Cases:

Game environments (tailor shop, workshop, interior)

Product visualization

Crafting, fashion, or textile-themed animations

Educational simulations for tailoring

VR/AR experiences

Interior renderings and stylized scenes