Top 50 Volumetric Capture

Arcturus develops HoloSuite, a volumetric content platform that integrates capture, editing, and distribution workflows for spatial video experiences. This technology addresses the challenge of producing high-fidelity volumetric assets for immersive applications, enabling seamless playback across various platforms.

Perceptive designs and manufactures a handheld intraoral scanner utilizing optical coherence tomography (OCT) technology to capture 3D volumetric data with over 90% accuracy for caries detection, eliminating the need for ionizing radiation. The company is also developing a dental robotics system aimed at completing restorative procedures in 15 minutes, significantly reducing the time and complexity of traditional methods.

ZibraVDB offers real-time volumetric rendering and OpenVDB compression to optimize VFX, gaming, and virtual production pipelines. Its GPU-accelerated technology reduces volumetric asset file sizes by up to 100x, enabling faster iteration and lower storage costs.

Lumafield offers a browser-based X-ray computed tomography (CT) platform that transforms 3D and volumetric data into actionable insights for engineers. This technology enables precise measurements and rapid comparisons of parts to their CAD models, enhancing product development and manufacturing efficiency.

Clarix Imaging offers the VSI-360™, an intraoperative volumetric specimen imaging system that provides true 3D reconstruction of lumpectomy specimens, enabling direct visualization of tissue margins without overlap. This technology enhances the accuracy of margin assessment in breast surgical oncology, achieving sensitivity up to 94% and specificity up to 85%, thereby reducing the need for additional surgeries.

Polycam provides a 3D scanning platform that utilizes LiDAR and photogrammetry to digitize spaces and objects for the architecture, engineering, and construction (AEC) industries. The platform enables precise measurement, analysis, and collaboration by allowing users to create and share accurate 3D models, addressing the need for efficient spatial documentation and communication in project workflows.

Airhive develops a hybrid geochemical direct air capture (DAC) technology that utilizes fluidisation to efficiently capture over 99% of CO2 in less than one-tenth of a second. The company aims to address climate change by scaling its modular DAC systems to capture 1 million tonnes of CO2 annually by 2030.

Ucaneo develops biomimetic Direct Air Capture technology that efficiently removes carbon dioxide from the atmosphere by dissolving it as bicarbonates at room temperature, utilizing electrochemistry and (bio)catalysts. This modular, fully electric system can capture 500-1000 tons of CO2 per unit, addressing the urgent need to remove billions of tons of CO2 annually to meet climate targets.

Soletair Power develops modular direct air capture systems that integrate with existing building ventilation systems to capture carbon dioxide from the atmosphere. This technology enables building owners to reduce their Scope 3 emissions, lower energy costs, and improve indoor air quality while contributing to climate change mitigation.

Cintoo provides a cloud‑native platform that converts raw point‑cloud scans from any laser scanner into lightweight, high‑resolution 3D meshes using its TurboMesh engine. Integrated AI automatically classifies and structures the data, and open SDKs and REST APIs enable direct integration with BIM, GIS, CAD and digital‑twin workflows for collaborative visualization and analysis.

Matterport provides a platform that creates precise 3D digital twins of physical spaces using advanced scanning technology. This enables real estate professionals and businesses to visualize and manage properties more effectively, enhancing decision-making and operational efficiency.

The startup develops a sensor technology that integrates physical and digital environments through efficient three-dimensional perception systems, utilizing ultra-low power consumption and low latency by capturing new voxels with fewer than photons. This technology enables consumer electronics companies to enhance their sensing capabilities, addressing the need for more efficient and responsive sensor solutions.

Spiritus develops direct-air capture technology that utilizes a novel solid sorbent material and a low-temperature desorption process to efficiently capture and sequester megaton-scale CO2 from the atmosphere. This approach significantly reduces energy consumption and operational costs, enabling scalable carbon removal solutions powered by renewable energy.

This startup provides automated volumetric modular construction services for affordable multiunit housing, utilizing a combination of human and robotic functions to enhance efficiency. By streamlining the construction process, the company addresses the urgent need for cost-effective housing solutions in a rapidly growing market.

280 Earth manufactures Direct Air Capture (DAC) systems that extract CO2 from the atmosphere, addressing the excess carbon levels that have risen from 280 to 425 parts per million since industrialization. Their facility in The Dalles, Oregon, is designed to capture over 20,000 tons of CO2 annually, contributing to long-term climate improvement and sustainable carbon removal solutions.

Dimension provides volumetric production studios that enable the creation of realistic digital humans and immersive XR content for film and television. By utilizing advanced virtual production techniques, the company enhances storytelling capabilities while reducing the time and cost associated with traditional production methods.

Skylark Drones offers the Spectra platform, which utilizes drone technology to collect and analyze data for industries such as construction, agriculture, and utilities. This platform significantly reduces survey timelines and improves accuracy in volumetric measurements and yield estimations, enhancing operational efficiency and profitability for enterprises.

Volograms captures 3D volumetric holograms using volumetric video technology, enabling creators to produce realistic augmented reality content. This technology enhances user engagement by providing immersive media experiences in virtual environments.

Luxolis develops the Ivero 3D Camera and Luxolis 3D Platform, which provide high-resolution 3D imaging and data capture for industrial applications such as automation, inspection, and reverse engineering. Their technology enables precise machine vision solutions that enhance operational efficiency and collaboration in manufacturing and logistics environments.

photonicSENS develops a single lens 3D camera that captures both 2D images and 3D depth maps in a single shot, utilizing advanced light ray analysis to enhance depth perception. This technology enables precise object reconstruction in real-time, addressing challenges in visibility and measurement across various industries, including automotive and healthcare.

Vitro3D utilizes volumetric additive manufacturing technology to produce dental aligners and scaffolds for 3D cell culture and tissue engineering at speeds up to 100 times faster than traditional 3D printing methods. This technology addresses the limitations of existing photopolymer processes by enabling rapid production, design flexibility, and reduced material waste.

Preimage develops a platform that captures 3D digital twins from video footage, enabling accurate mapping and visualization of real-world environments. This technology enhances efficiency in architecture, construction, and urban planning by providing precise 3D models for analysis and collaboration.

The startup develops live-action software tools and 3D capture systems that enable the creation of six-degree live-action virtual reality content through Volumetric 4D video acquisition and depth data recording. This technology allows digital content companies to efficiently capture and distribute spatial video for immersive experiences in the metaverse.

AVA specializes in volumetric off-site construction, utilizing advanced manufacturing techniques to produce building modules in a controlled environment. This approach significantly reduces construction time and costs while enhancing quality and sustainability in the building process.

Lifecast provides a volumetric video editing platform that captures 8K+ resolution video using VR180 cameras, enabling the creation of photorealistic backgrounds for virtual production and immersive mixed reality experiences. The software supports deployment across various platforms, including Unreal Engine and Unity, addressing the need for high-quality, portable video solutions in VR and film production.

CubaseBio offers a cloud‑native platform that imports volumetric microscopy and spatial‑omics data, registers multi‑modal signals, and applies deep‑learning segmentation to produce quantitative 3D tissue maps. The system provides an interactive web dashboard, statistical spatial analysis tools, and RESTful/Python APIs for integration with pharmaceutical and academic drug‑discovery pipelines.

The startup provides volumetric capture services that utilize virtual production techniques to create realistic human performances for digital environments. This enables creators to effectively engage with augmented reality applications, enhancing training and learning experiences in immersive settings.

Quidient develops an AI software platform that utilizes Generalized Scene Reconstruction (GSR) to create accurate 5D digital twins of any object or scene using mobile devices. This technology enables commercial and government entities to efficiently virtualize complex environments, enhancing applications in industries such as real estate, telehealth, and insurance.

The startup provides volumetric video services that utilize cinema-quality digital avatars, adaptive mesh simplification, and temporal mesh stabilization for the creation of photorealistic representations in motion. This technology enables media production companies to enhance immersive media and cinematography by improving data acquisition for AI training.

Atomontage offers a volumetric graphics and simulation platform that utilizes its proprietary Virtual Matter™ technology to enable the creation, sharing, and monetization of complex 3D content without size limitations. This platform addresses the challenges of handling large datasets in 3D environments, allowing users to upload, edit, and collaborate on intricate 3D worlds in real-time across various devices.

WindCapture Technologies utilizes proprietary wind turbine blades to capture carbon dioxide from the atmosphere while generating renewable energy. This self-powered, scalable direct air capture system addresses the urgent need for large-scale carbon removal to combat climate change.

Ventripoint Diagnostics utilizes Knowledge-Based Reconstruction (KBR) technology to transform 2D echocardiograms into accurate 3D models of the heart, enabling precise volumetric measurements and ejection fractions comparable to MRI results. This approach addresses the need for cost-effective and timely cardiac diagnostics, improving patient care in hospitals across North America and Europe.

The startup operates a brain health diagnostics tool that compiles a databank of clinical data and radiology for neurological disorders. Its services include segmentation and volumetric analysis reports for clinical users, along with research support for imaging projects in pediatric epilepsy and dementia.

The startup develops a virtual event platform that utilizes computer vision and deep learning to capture and live-stream volumetric video in real-time. This technology enables users to experience live events, such as sports and concerts, in immersive virtual environments, enhancing engagement and accessibility.

LivAi provides a cloud‑based AI platform that automatically segments and quantifies tumors from standard MRI scans, delivering volumetric and phenotypic reports within seconds. The service integrates with PACS and EHR systems via DICOMweb and FHIR APIs and includes a biomarker analytics module for patient stratification and clinical trial monitoring.

PERFI Technologies is advancing volumetric additive manufacturing (VAM) to enable the rapid production of personalized objects, cutting manufacturing time from hours to minutes. The company focuses on B2B solutions for the instant creation of customized earmolds for hearing aids and communication devices.

MadVoxel AG develops MAVO 3D, an iOS app that enables users to rapidly scan real-world environments and generate high-accuracy point clouds with embedded 360° images. This technology allows for precise distance and area measurements, facilitating quick data export for applications in game, movie, and TV production.

The startup develops a platform that utilizes big data analytics and machine learning to create high-performance 4D imaging from 3D point clouds. This technology enhances visibility in applications such as augmented reality, robotics, and autonomous mobility, addressing the need for clearer spatial understanding in complex environments.

The startup has developed a three-dimensional capture technology that utilizes a custom-engineered system and machine learning to extract precise 3D data from physical objects. This platform enables clients to achieve accurate and automated 3D conversions, addressing the challenge of obtaining detailed 3D information for virtual and augmented reality applications.

Captur integrates Direct Air Capture (DAC) technology with existing industrial cooling towers and waste heat systems to capture CO2 directly from the atmosphere. This approach leverages existing infrastructure to deploy DAC solutions faster and at a lower cost, accelerating carbon removal efforts.

Covision Media develops industrial 3D scanners that automatically create reality-grade, relightable 3D digital twins of physical objects in minutes, enabling high-volume production of detailed 3D assets. These assets enhance applications such as Virtual Try-On and photorealistic e-commerce photography, addressing the need for efficient and scalable 3D content generation in various industries.

Tomocube provides holotomography systems that generate label‑free, quantitative 3D reconstructions of live cells by measuring refractive‑index distributions at sub‑micron resolution. The HT‑X1 platform combines high‑speed optical tomography with AI‑driven segmentation and optional multimodal fluorescence channels, enabling real‑time, high‑throughput imaging of organoids, spheroids, and immune cells for drug screening and regenerative‑medicine research. The companion TomoAnalysis software offers modular, GPU‑accelerated pipelines for volume rendering, phenotype classification, and export in standard data formats.

Sensori provides a cloud‑based photogrammetry platform that converts 360° video captured with consumer cameras into high‑density point clouds and textured meshes with accuracy comparable to dedicated SLAM scanners. The service includes a web viewer for real‑time navigation and measurement, exports to E57, GLTF, and GeoTIFF for seamless BIM, GIS, and CAD integration, and offers a RESTful API for workflow automation.

Masima provides automated quantitative neuroimaging analysis through its masima-RM and masima-PET technologies, delivering precise volumetric data from MRI and PET scans to enhance diagnostic accuracy for neurological disorders. The platform addresses the need for accessible, standardized, and objective imaging reports in clinical practice, improving patient outcomes and streamlining workflows for healthcare providers.

Xolo utilizes Xolography, a volumetric 3D printing technology that employs intersecting light beams to create high-resolution objects with zero layer thickness, enabling unprecedented design freedom. This technology addresses the limitations of traditional 3D printing by offering rapid production times and exceptional detail for applications in biotechnology, MedTech, and optics.

The startup offers a photography platform that specializes in three-dimensional reality capture for the architecture, engineering, and construction industries, providing services such as virtual staging, drone photography, and video walkthrough tours. This platform enables real estate professionals to enhance property listings and document site progress effectively, improving visual marketing and project tracking.

Planet Savers develops a direct air capture (DAC) system that efficiently extracts CO2 from the atmosphere for storage or conversion into synthetic fuels. This technology addresses the urgent issue of climate change by aiming to capture one gigaton of CO2, contributing to a sustainable future.

Djinn is a volumetrics-as-a-service platform that provides real-time streaming and capture of point-cloud data using advanced volumetric sensors, enabling applications in live streaming and virtual production. The platform facilitates access to volumetric capture and scanning technologies, addressing the need for efficient and scalable solutions in both academic and commercial settings.

Cargo Spectre provides an automated dimensioning system that captures freight dimensions, weights, and images in seconds using 3D scanning technology. This solution reduces loading times, minimizes freight surcharges, and enhances accuracy in volumetric data management, making it cost-effective for warehouses of any size.

Perspectus Tech provides a virtual and augmented reality platform for volumetric visualization and manipulation of medical scans. Its patented technology renders DICOM images into interactive 3D models, enabling enhanced clinical reasoning, patient education, and remote collaboration in healthcare and education.