Laptop Charger Adapter 3D Model PBR Textured Non-Printable Low-poly 3D model

This is a realistic and high-quality 3D model of a laptop charger adapter, created with precision and detail to provide a professional asset for digital product visualization, electronics rendering, advertising, animation, and virtual scenes. Whether you are building an office setup, electronics showcase, or technical visual content, this model is tailored to deliver visual accuracy and aesthetic realism.

While designed with realistic proportions and textures, this model is not intended for 3D printing, but it is fully adjustable in size and format, ensuring compatibility with various creative applications such as CGI, games, AR/VR, and motion graphics.

Key FeaturesDetailed and Realistic DesignThe model accurately represents a standard modern laptop charger, including the power brick, cable, connector, and plug, with attention to curvature, edges, cable flow, and subtle design elements. Perfect for use in close-up renders, promotional graphics, or tech-based virtual scenes.

Optimized GeometryConstructed using clean and optimized topology with well-placed edge loops and smooth surfaces. The geometry balances low-to-mid polycount with visual quality, making it suitable for both high-resolution rendering and real-time engines.

Physically Based Materials & 4K TexturesThe model comes fully textured using the PBR (Physically Based Rendering) workflow, achieving realistic plastic, metal, and rubber-like finishes. Texture maps are included in both 2K and 4K resolutions, featuring:

Base Color (Albedo)

Roughness

Metalness

Normal Map (OpenGL)

Ambient Occlusion (AO)

These maps provide excellent material response under all lighting environments, compatible with Blender, Unreal Engine, Unity, V-Ray, and other major platforms.

Render-Ready Blender SceneThe included Blender (.blend) file is pre-lit and ready to render. It features an optimized studio-style scene setup with HDRI lighting and area lights that highlight the charger’s textures and shapes in a clean, professional presentation.

Complete Viewport CoverageThe model is presented from all angles and perspectives, including:

Top view

Side and back views

Front close-up

Connector and wire focus

Perspective views with shadows and lighting

These views help in showcasing the model in marketing scenes, mockups, or UI environments.

File Formats IncludedTo ensure full compatibility, this model comes in multiple widely-used formats:

.BLEND – Native Blender file with full scene, materials, and lighting

.FBX – Ideal for general 3D workflows with embedded PBR materials

.OBJ + .MTL – Supported in almost every 3D software

.DAE (Collada) – For motion graphics and animation tools

.GLTF / .GLB – Lightweight, game and web-ready format

.STL – Included for visual reference only (non-printable)

All texture files are organized in labeled folders, ready for use or replacement based on your rendering engine.

Important NotesThis model is not 3D-printable and is not scaled to real-world units for manufacturing.

The model is fully scalable and adjustable to suit various project needs.

No rigging or animation is included—this is a static presentation model.

Render-ready scene is included only in the Blender version. Other formats contain the model and textures.

Suitable ForProduct renders and promotional content

Electronics and tech commercials

App and website UI/UX mockups

Office environment 3D scenes

AR/VR virtual displays

Game asset visualizations

Concept design and digital prototyping

Educational or technical illustrations

Included in the PackageFull 3D model in all listed file formats

Complete PBR texture set (2K & 4K)

Blender file with lighting and camera setup

High-resolution renders from multiple angles

ReadMe guide with file details and usage tips

Whether you're building a tech product catalog, showcasing a digital office, or visualizing gadgets in 3D, this laptop charger adapter model offers professional detail, compatibility, and presentation quality—ready for anything except physical printing.