Best Point Cloud Processing Software for Freelancers

GOM Inspect is a software that analyzes 3D measurement data from fringe projection, laser scanners, coordinate measuring machines (CMM), and other measuring systems. GOM software is used for product development, quality control, and production. Import of CAD data and measurement plans, as well as 3D point clouds and 3D point cloud, and creation and editing polygon meshes. Alignment of measuring data with nominal data, dimensional analysis (2D-3D, GD&T and SPC), and creation of measuring reports. GOM Inspect is a free viewer that allows you to view 3D scan data, measuring report data and CAD data. Smart Teach automatically updates the measurement positions if the CAD or single elements are changed. Multiple tools can detect a defect and combine them into one representation. A new module can be used to clamp sheet metal and injection-molded pieces and measure them without the need for complex clamping devices.

Rhino can create and edit, analyze, document and render NURBS curves, surfaces, solids, subdivision geometry, point clouds and polygon meshes. There are no limitations on complexity, degree or size other than those of your hardware. Free-form, unrestricted 3D modeling tools that are not restricted to products costing 20-50 times more. You can model any shape you like. You need to be able to design, build, engineer, analyze, and produce anything, from jewelry to an airplane. Compatibility with all other design, drafting and CAM software. Repair and read meshes as well as IGES files that are extremely difficult. Easy to use. It is so easy to use and learn that you can concentrate on design and visualization without being distracted. Even on a regular laptop computer, the software runs fast. You don't need any special hardware. Platform for the development of hundreds of 3D products.

Simple, powerful, and inexpensive CAD software to survey. You can perform triangulation, contour maps, color-filled contour lines, sections, intersections and volume, edit XYZ files as well as simulate rainwater runoff. Even on less powerful PCs, you can process hundreds of thousands or points and create a 4D point cloud.

CloudCompare is a free and open-source software designed for processing 3D point clouds and triangular meshes. Initially created to facilitate the comparison of dense 3D point clouds, it has now transformed into a versatile solution for a wide range of 3D data processing activities. The application provides a variety of functionalities, including projection techniques, registration methods such as Iterative Closest Point (ICP), and calculations of distances between both clouds and meshes, along with statistical analysis, segmentation, and the estimation of geometric features. Users are able to manage multiple scalar fields associated with each point cloud, implement algorithms for smoothing and gradient evaluation, and visualize their data using dynamic color rendering options. The interactive tools included in the software make it easy to segment, rotate, translate, and measure 3D objects. CloudCompare is capable of supporting a wide array of input and output formats and is available for Windows, macOS, and Linux operating systems. Additionally, the software incorporates a plugin system that allows users to enhance its functionality further, making it a highly adaptable tool for 3D data analysis and visualization. With its growing community, users can benefit from continuous updates and a wealth of shared resources.

NUBIGON, a point cloud visualization software and animation designed for the reality capture sector, is an advanced tool. It allows laser scanning professionals to display complex data, analyze it, and present it clearly and efficiently. The software provides premium visualization tools to enhance clarity, efficiency and engagement. Users can unlock the full potential in their point cloud data. Users can create point cloud videos that showcase laser scanning projects and scan-to BIM projects. NUBIGON combines CAD, BIM and mesh models, allowing all deliverables to be displayed in one place. It can also extract high-quality screenshots and orthophotos directly from the point clouds. Users can take virtual measurements in order to reduce site visits and improve documentation. The software allows for the annotation of sites of interest and creation of guided tours to allow virtual site exploration. NUBIGON supports a variety of point cloud formats.

The task of extracting intelligent data from images (or point cloud data) (LiDAR/DSM, point clouds) is the same. This data can be converted into vectors and attributes that can be used in various disciplines. VrThree (VrLiDAR), allows photogrammetry companies to use their existing software and personnel while also providing powerful tools for other mapping disciplines like architecture, surveying, and engineering. VrThree is software that integrates point clouds data into the Vr Mapping Software packages VrOne®, and VrTwo. This package allows you to display and edit LiDAR point data both in 2D and true 3-D stereo. There are four options in VrThree that allow vector, symbol, and text entities to be collected using the VrOne®,/VrTwo mapping software. Mapping professionals need to be able to collect vector data in three dimensions from traditional photogrammetric sources.

Software that connects the physical world and the digital. ReCap™, Pro 3D scanning software can be used to create 3D models using imported photos and laser scans. Support BIM processes by delivering a point cloud and mesh. Collaboration across teams through design that is based on reality. ReCap Photo, which is a part of ReCap Pro, processes drone photos to create 3D representations current site conditions, objects and more. It supports the creation point clouds, meshes and ortho photos. To quickly import reality data into Autodesk design tools and construction tools, use solutions created with ReCap Pro Software Development Kit. Compare the scan view (RealView), and overhead map view side by side. The compass widget can be used to set the XY coordinates for the user coordinate systems in the overhead view. High-precision GPS technology is used to avoid costly preparation work when setting ground control points. You can also get survey-grade accuracy using photo reconstruction.

Only drone mapping and photogrammetry software that supports desktop, cloud, and flight apps. Pix4D's processing algorithms will give you the survey-grade results that you want. For even more accuracy, use the AutoGCPs feature. You can instantly view any jobsite anywhere on your browser in 2D or 3D. With results you can measure and explore, compare, and share, and even collaborate. You can keep a permanent, up-to-date record and resolve any disputes quickly. Use a drone or laser scanner to capture images and point clouds. Automate and optimize your drone flights with the free PIX4Dcapture app. You can combine the power of point clouds and images to extract key elements from LiDAR, laser scanning, or photogrammetry data. Survey curbs, building footprints and walls, as well as catenary curves. Vectorize from point clouds faster and verify in photos. Smart Grid saves you 1,000s of clicks when creating spot elevations.

Geomagic Design X, a professional reverse engineering tool, is a smart combination history-based CAD and 3D scan data processing. It allows you to create feature-based solid models that can be edited with existing CAD software. Geomagic Design X was designed to convert 3D scan data into high quality feature-based CAD model. It can do what no other software can. It combines automatic and guided solid model extraction, precise surface fitting to organic 3D scanners, mesh editing, and point cloud processing. You can now scan almost any object and create ready-for-manufacturing designs. From product idea to final design, it can take days or even weeks. You can scan prototypes, existing parts and tooling, and create designs in fraction of the time it would have taken to manually measure and create CAD model from scratch.

Import RGB, thermal or multispectral images from any camera or drone into PIX4Dmapper. PIX4Dmapper uses photogrammetry algorithms to convert your aerial or ground images into digital maps and 3D model. Our photogrammetry software allows you to process your projects online or on your desktop. Use photogrammetry to control, improve and assess the quality of your project. Use the quality report for a preview of generated results, calibration information, and many other project quality indicators. Define a region of interest, choose processing options, and add ground control points, DSMs or meshes. You can also edit orthomosaics, point clouds, DSMs and meshes. Create your own templates with custom settings to control the data quality and accuracy.

Acquire your annual or three-year subscription for CADMATIC eBrowser directly from our online store. This powerful tool simplifies the process of reviewing projects by allowing you to effortlessly navigate through your 3D models, merge multiple models into a single view, or conduct model comparisons. Additionally, eBrowser enables users to identify collisions, accurately locate objects and examine their specifications, take precise measurements, import laser-scanned point clouds, and annotate the 3D model with notes. One of its standout features is the remarkably compact file size, approximately 10MB per project, making sharing your 3D model via email or platforms like Microsoft Teams a breeze. eBrowser is essential for anyone looking to explore and manage 3D visualizations, as it enhances the ability to navigate through complex models, combine different designs, and perform thorough inspections. By utilizing eBrowser, you can effectively streamline your project review process while maintaining a high level of detail and clarity.

Kitware, Inc. has developed a standalone web application that is general-purpose and can be used for many different data types. It's also a great framework to build custom viewers on the Web that can involve remote services. Glance, an open-source web application developed by Kitware, allows users to visualize volumetric images, molecular structure, geometric objects and point clouds. It can also be used as a base for custom web-based applications using ITK.js or VTK.js. It is part of the ParaView Platform and allows users to quickly look at their small-to-medium size data. View your data quickly on your computer. It is fast and supports many data formats, so you can quickly see the latest results of an algorithm you're developing or visually confirm a data file in your drive. Create new applications using VTK.js or ITK.js. Glance is a highly customizable platform.

LiDAR360, developed by GreenValley International, is a comprehensive LiDAR processing and analysis software. It includes modules for terrain analysis, forestry, mining and power line inspection. The software is capable of massive data processing and can handle over 300 GB LiDAR data at once. It also includes more than ten advanced point cloud algorithms. The software includes data preprocessing and filtering, as well as point cloud classification, digital surface, surface model generation and 3D visualisation. LiDAR360 provides tools for individual trees segmentation, forest parameters extraction, and regression analyses for biomass estimation. This helps in efficient forest resource surveys. It is also useful for mining applications. It facilitates open pit mine modeling, volume analysis, and tunnel sections analysis.

nFrames SURE software provides an efficient solution to dense image surface reconstruction for mapping and surveying, geoinformation, and research organizations. The SURE software can be used to generate precise point clouds, DSMs and True Orthophotos from small, medium, and large frame images. This advanced solution is ideal for countrywide mapping, monitoring projects using manned aircraft and UAVs as well as cadaster, infrastructure planning and 3D modeling. SURE Aerial is designed to capture aerial image datasets using large frame nadir cameras or oblique cameras. It allows the creation of 3D Meshes and True Orthophotos, Point Clouds, Digital Surface Models, and True Orthophotos without limiting image resolution. SURE Aerial is easy to set up and use. It can also be used for web streaming technologies.

The most effective civil engineering tool. You can quickly visualize terrain from different angles. Then export your survey to DTM. You can import large LiDAR Point Clouds files and quickly analyze them. Your.xml or.dwg files can be integrated into your favorite CAD program and shared. To facilitate data sharing, you can use an external database. You can edit surfaces by adding holes and break lines, and you can also manipulate LiDAR Point Clouds. There are four ways to calculate volumes: compare surfaces, cross sections, solids, and compare planes. Creates surfaces by simplifying Point Cloud and keeping only the most important points that will reflect surface behaviors. You can easily place, move, and rotate building footprints within a parcel while still respecting the constraints. Automatically creates parcels from existing drafts or survey points. Allows you to select points and breaklines and create, edit, or triangulate surfaces.

Agisoft Metashape is an independent software solution designed for the photogrammetric analysis of digital images, producing 3D spatial data applicable in GIS, documentation of cultural heritage, visual effects, and for measuring objects across different scales. Users of Agisoft Metashape who have created an Agisoft Account can take advantage of the Agisoft Cloud platform, which provides cloud-based processing services. This feature enables users to offload projects to the cloud, effectively reducing the need for significant investment in hardware for photogrammetry tasks. Additional functionalities include the online visualization of processing outcomes, options for sharing results, and tools for generating embedded codes to integrate models into websites seamlessly. The service operates on a subscription basis for storage, while processing time is billed per minute, allowing for flexible usage tailored to individual project needs. This structure supports users in managing costs while maximizing the efficiency of their photogrammetric workflows.

Leios is a powerful, easy-to-use, and fast software that allows you to switch between 3D scanning and CAD. It makes processing 3D scans and editing triangular meshes simple. Leios allows you to quickly acquire data from any 3D scanner, transform the point cloud into an NURBS model and analyze the results using powerful control tools. Direct integration between the top 3D scanners and dedicated tools allows for rapid optimization of point clouds and mesh clouds, full support of textures, and large sets of raw data. EGS' proprietary reverse engineering program, Leios, has many benefits, including an optimized workflow. Direct integration between the top 3D scanners and dedicated tools allows for rapid optimization of point clouds and mesh clouds, full support for textures, and huge sets of data.

Your Point Cloud, BIM model, and other 3D datasets will be greatly enhanced by JPIV. It centralizes your projects in a digital platform that is easy to use. JPIV is your hub for point cloud, 3D meshes and BIM models, 360 photos, project information, and asset information. It allows you to visualize, share, manage, analyze and generate insights from 3D datasets. Cloud-based JPIV capabilities enable everyone to quickly transform massive 3D datasets into actionable insight and improve collaboration between teams. All your stakeholders can see, manage, and share your project from one platform. To improve communication between stakeholders, use collaborative features like the annotation tool. Visual inspections can be done anywhere and anytime with an internet connection. You can overlay and visualize new components using Point Cloud, BIM models, and 360 photos. All relevant project information and 3D data can be stored on the same platform. This creates a single source for truth.

Pixyz products allow you to optimize 3D data workflows, and prepare 3D data in any visualization application. Pixyz products ensure that your 3D data is optimized to Unity regardless of its source. The Pixyz tessellation algorithms makes it easy to move from import to real time publishing. You can import small to large assemblies in over 45 supported formats including CAD, tessellated/mesh format, point clouds and many more. Unity allows you to live-link assets with the original source data, so that changes are automatically updated. To create ready-to-use assets in Unity, you can create LODs and UVs. You can also merge and explode meshes. Change pivots. You can optimize any data natively within Unity Editor without reimporting. This allows you to focus on your ultimate goal, which is to create and share immersive, real-time 3D experiences.

Although recent work on text conditional 3D object creation has shown promising results the state-ofthe-art methods require multiple GPU hours to produce a sample. This is in stark contrast with state-of-the art generative image models that produce samples within seconds or minutes. In this paper we explore an alternative 3D object generation method that produces 3D models within 1-2 minutes using a single GPU. Our method generates a single synthetic image using a text to image diffusion model, and then produces a point cloud in 3D using a second diffuser model that conditions the generated images. Our method is still behind the current state-of-the art in terms of sample quality but it is up to two orders faster to sample, which can be a good trade-off depending on the use case. Our pre-trained diffusion models are available at this https URL, along with evaluation code and models.

Geomagic Wrap®, the fastest, most accurate, and affordable way to convert point clouds into 3D polygonal models and surface models, which you can use immediately in downstream engineering, manufacturing and industrial design. Geomagic Wrap is a digital bridge that creates perfect data for 3D printing, milling and other 3D applications. Geomagic Wrap's advanced exact surfacing tool provides powerful, easy-to use, cutting-edge modeling for that perfect 3D model. Scripting and macros automate repetitive tasks in the reverse engineering process. Geomagic Wrap allows you to convert point cloud data, imported 3D formats such as STL and OBJ, and probe data into 3D polygonal meshes that can be used in manufacturing, analysis and design, entertainment and archaeology.

Simply walk around the trenches to create geolocalized open trenches model. Calculate and document volumes accurately for billing. Even in the most challenging conditions, you can quickly and accurately collect as-built measurements, process them, and visualize 3D models. In just a few moments, you can complete an entire survey and create a 3D surface model, a digital point cloud and a true Orthomosaic. Build accurate 3D collisions, add detailed measurements and share insights across major forensic software platforms. The collected images can either be uploaded to PIX4Dcloud, or exported to PIX4Dmatic to generate georeferenced 3D model.

PointCab Origins, compatible with all BIM and CAD systems, is your Swiss Army Knife to evaluate point cloud data. Origins provides the ideal workflow for point clouds, from point cloud registration through to vector lines and transferring your results into your CAD software. Origins automatically creates a front view, side view, and top (orthophotos). Easy to use and intuitive. With just a few mouse clicks, you can create floor plans and sections, or measure areas, volumes, distances and more. Origins is easy to use, even if you are not familiar with point clouds. Our 2-minute tutorials can get you up and running in no time. PointCab Origins can process all data, whether it comes from drones, laser scanners or terrestrial scanners. Merging different point clouds is also no problem. PointCab Origns has pro functions to meet the most sophisticated needs and use-cases.

FARO SCENE, a powerful 3D cloud processing software, is designed to capture, register, and process 3D point clouds. It has features such as automatic object recognition, scanning registration, and positioning. Users can create detailed 3D visualisations of real-world environments and objects. The user-friendly interface, automatic functions and workflows streamline the surveying process up to three times faster than traditional methods. The software includes interactive and hybrid registration features, which provide real-time feedback during the registration. SCENE also offers virtual reality viewing. Users can immerse themselves into 3D data to enhance analysis and presentation. Data processing, filtering and logging functions provide a high-quality digital presentation of reality in a single glance. Flexible logging and data validation tools ensure that data is within specified tolerances.

AWS Thinkbox Sequoia is a dedicated software application designed for processing point clouds and creating meshes, and it is compatible with Windows, Linux, and macOS platforms. The application can handle point cloud and mesh data in a variety of widely-used formats, efficiently converting point cloud information into a streamlined and rapid-access intermediate cache format. Sequoia incorporates advanced workflows that prioritize the retention of high-precision data, enabling users to visualize all or selected portions of the point cloud through adaptive, view-dependent techniques. Users have the ability to manipulate, trim, and alter point cloud data, create meshes from the point clouds, and enhance the quality of the generated meshes. Additionally, the software facilitates the projection of images onto points and meshes, as well as the creation of mesh vertex colors, Ptex, or UV-based textures derived from the colors of the point clouds and image projections. Moreover, it allows for the export of the generated meshes to various industry-standard mesh file formats and seamlessly integrates with Thinkbox Deadline, enabling the conversion, meshing, and export of point cloud data across network nodes, thereby improving productivity and efficiency in 3D modeling tasks. In doing so, Sequoia ultimately enhances the overall workflow for professionals working with complex spatial data.