Supercharge Your Computational Efficiency

Geometry Algorithms Engineered to Revolutionize

We help developers boost their 3D mesh-related operations by integrating our next-generation algorithms, reducing development time & costs.

Join companies switching to next-gen geometry algorithms.

Why MeshLib SDK?

Open Source

Inspect, customize, and adapt the code to meet your unique requirements.

Seamless Compatibility

MeshLib's native C++ core and APIs for C, C#, and Python enable seamless integration into AI pipelines and effortless cross-platform interoperability.

Speed and Performance

Our algorithms run up to 10x faster on average than other SDKs  on the market. For example our 3D boolean surpasses any other SDK in terms of speed and quality.

Efficient Design

A modern architecture with GPU-accelerated algorithms and CUDA support for maximum scalability and speed.

Fully Cross-Platform

Windows, macOS, Linux, and WebAssembly support.

Developer-Centric Approach

Built with developers in mind, featuring detailed documentation and robust APIs.

Quick, Responsive Support

Our team is ready to assist with integration and troubleshooting.

Flexible Integration

Build a complete app with MeshLib's rendering engine and UI tools, or seamlessly integrate its algorithms into your existing software with minimal dependencies.

Efficient Design

A modern architecture with GPU-accelerated algorithms and CUDA support for maximum scalability and speed.

Open Source

Inspect, customize, and adapt the code to meet your unique requirements.

Speed and Performance

Our algorithms run up to 10x faster on average than other SDKs  on the market. For example our 3D boolean surpasses any other SDK in terms of speed and quality.

Seamless Compatibility

MeshLib's native C++ core and APIs for C, C#, and Python enable seamless integration into AI pipelines and effortless cross-platform interoperability.

Efficient Design

A modern architecture with GPU-accelerated algorithms and CUDA support for maximum scalability and speed.

Fully Cross-Platform

Windows, macOS, Linux, and WebAssembly support.

Developer-Centric Approach

Built with developers in mind, featuring detailed documentation and robust APIs.

Quick, Responsive Support

Our team is ready to assist with integration and troubleshooting.

Flexible Integration

Build a complete app with MeshLib's rendering engine and UI tools, or seamlessly integrate its algorithms into your existing software with minimal dependencies.

Efficient Design

A modern architecture with GPU-accelerated algorithms and CUDA support for maximum scalability and speed.

Our innovative algorithms

3D Boolean

3D boolean operations are essential for creating complex shapes and forms that would be difficult or time-consuming to model from scratch using traditional modeling techniques.

Mesh Healing

Mesh healing is a critical process to prepare mesh for further use in the 3D pipeline, ensuring that mesh models are watertight, error-free, and suitable for applications such as s...

Mesh Offsetting

Mesh offsetting enables the precise expansion or contraction of a 3D mesh surface, crucial for applications requiring exact wall thickness and custom surface control, like 3D print...

Applications

Optimizing raw 3D scans for printing can be time-consuming and prone to errors, leading to delays and increased costs. Traditional software often struggles with processing complex models quickly and accurately.

Solution

Mesh Healing

Decimation and Offset

Boolean operations

Developing patient-specific medical applications requires highly precise 3D models generated from CT or MRI scans. These models must accurately reflect unique anatomical structures while being free from defects like holes or self-intersections. Additionally, creating optimized, patient-specific designs for implants, prosthetics, or surgical guides deman.

Solution

Voxel-to-Mesh Conversion

Mesh Healing

Boolean operations

Decimation and Offset

Developing a dental application that can handle intricate 3D models of teeth and prosthetics with precision, speed, and efficiency—essential for creating custom dental devices like crowns, bridges, and implants.

Solution

Boolean operations

Offset Function

Mesh Healing

CT scanners capture vast volumes of data, which require high-resolution reconstructions and precise mesh generation. Without the right tools, transforming CT data into usable 3D models can be slow and prone to error, complicating applications in healthcare, industrial inspection, and research.

Solution

CT Reconstruction and Volume Rendering

Iso-value Adjustment

Voxel-to-Mesh Conversion

Mesh Healing

Processing LiDAR data requires cleaning, aligning, and converting point clouds into useful 3D models. Traditional software can struggle with registration, error correction, and data volume, creating challenges for applications in surveying, urban planning, and autonomous navigation.

Solution

Global Registration and Alignment

Point Cloud Cleanup

Point Sampling and Triangulation

Mesh Healing

Start Your Journey with MeshLib SDK

Request a demo

We help you with evaluation and provide you full info about licensing

Try MeshInspector

Self-explore MeshLib implementation with MeshInspector 30-days trial

Try MeshLib Right now

MeshLib is free for evaluation and non-commercial usage. Read getting started guides.

Compare MeshLib with other SDK

We compared MeshLib with other popular libraries to help you make the best choice.

Request a Demo

Request a demo

We help you with evaluation and provide you full info about licensing

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Try MeshInspector

Self-explore MeshLib implementation with MeshInspector 30-days trial

Start Free Trial

Meshlib Right Now

Try MeshLib Right now

MeshLib is free for evaluation and non-commercial usage. Read getting started guides.

Explore Documentation

Compare Meshlib SDK

Compare MeshLib SDK with other libraries

We compared MeshLib with other popular libraries to help you make the best choice.

MeshLib vs. Other Libraries

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Frequently Asked Questions

What is MeshLib?

MeshLib is an advanced software development library kit designed for 3D data manipulation, processing, and analysis. It offers a robust set of tools for meshes, point clouds and voxels, as well as conversion between various 3D data formats, making it ideal for industries such as engineering, manufacturing, and medical imaging.

Do you have documentation available for MeshLib?

Yes, comprehensive documentation is available for MeshLib, including tutorials, API references, and detailed guides to help users navigate its features and capabilities.

Can I try MeshLib SDK code directly?

Yes, you can! Use our Getting Started guides and explore code samples to kick off your evaluation. MeshLib is available for free on GitHub for evaluation and non-commercial use. Anyone can access, try, and install the open-source code. However, for commercial use or building products with MeshLib, a valid license is required.

What are the major algorithms of MeshLib?

MeshLib provides a wide range of algorithms, including mesh repair and optimization, decimation, freeform and Laplacian deformation, 3D Boolean operations, distance and collision detection, and point cloud processing. For a complete list of available alorithms, visit our features page.

Which 3D data formats does MeshLib support?

MeshLib supports a wide range of 3D data formats, including STL, OBJ, PLY, DICOM and others as well as point cloud formats such as PLY, XYZ, and E57. This ensures compatibility with various industry-standard tools and workflows.

Can MeshLib be integrated into custom applications?

Yes, MeshLib is highly extensible and can be integrated into custom applications. It provides an API for deep control over mesh manipulation and analysis, making it suitable for building specialized solutions for specific workflows.

What programming languages are supported by MeshLib?

MeshLib is primarily designed for use with C++ but also offers support for Python and C# through its API, enabling users to leverage its powerful functionalities in various programming environments.

What's the best way to start exploring the MeshLib SDK?

The best way to get started is by requesting a personalized demo. During the demo, we’ll showcase the key capabilities of MeshLib tailored to your specific needs. We’ll also discuss pricing options and provide comprehensive evaluation support to ensure a smooth onboarding experience.

What is the quickest way to try MeshLib in action?

The fastest way is to use MeshInspector, a fully-featured application built with the MeshLib SDK. It comes with a 30-day free trial, and you can contact us to extend the trial period if needed.

How is MeshLib SDK better compared to other libraries?

We’ve conducted detailed comparisons between MeshLib and other popular libraries to help you make an informed decision. Check out our blog post where we evaluate MeshLib’s performance in areas like 3D boolean operations and mesh simplification against alternative solutions.

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