SkyMesh 3D
Capture with clarity.
Design with confidence.

SkyMesh 3D provides high-fidelity scan data for VFX and animation pipelines. It enables artists to capture real-world objects, environments, and textures with accuracy, then import them directly into modeling, rigging, and compositing workflows.

With tools like structured light scanning and photogrammetry, VFX teams can replace time-consuming manual modeling with scan-to-asset pipelines that accelerate production and increase realism. These assets integrate seamlessly with software like Blender, Cinema 4D, Houdini, and Unreal Engine.

SkyMesh supports the creation of digital doubles, scanned props, and photorealistic environments—perfect for game cinematics, virtual production, or live-action integration. The data can also be cleaned, optimized, and exported in industry-standard formats like OBJ, FBX, and Alembic.

In summary, SkyMesh 3D helps animation studios and VFX teams reduce modeling time, boost realism, and streamline the creative process through high-quality, ready-to-use 3D assets.

SkyMesh 3D offers real estate professionals a powerful way to capture and showcase properties using 3D scanning technologies. Whether documenting an existing space or planning a new build, scans can be turned into interactive visuals, flythroughs, and design-ready digital twins.

Agents and developers can use structured light, drone LiDAR, or photogrammetry to scan interiors, exteriors, and terrain. These scans provide accurate spatial data for floor plans, walkthroughs, and renovation planning. Files integrate easily with Revit, Matterport, and Unreal Engine.

The technology is ideal for high-end listings, investment pitches, virtual staging, and pre-construction visualization. It also allows for easier collaboration between architects, investors, and buyers—reducing delays and misunderstandings.

In summary, SkyMesh 3D helps real estate teams move faster, sell smarter, and offer immersive, data-rich visual experiences that close deals with confidence.

SkyMesh 3D helps clinicians and designers create custom medical devices through fast, accurate anatomical scanning. It enables the capture of patient-specific geometry for prosthetics, orthotics, surgical guides, and personalized wearable tech.

Clinics can scan limbs, spines, or facial structures using handheld devices, then convert the data into CAD models for rapid design and 3D printing. This reduces the need for traditional casting, minimizes refits, and speeds up production timelines.

The workflow integrates with medical-grade software like Artec Studio, Geomagic Freeform, and Fusion 360, with support for STL, STEP, and DICOM formats. Scans can also be securely stored or shared for remote collaboration and approval.

In summary, SkyMesh 3D enables more precise, patient-centered medical design—reducing turnaround time while improving comfort, fit, and clinical outcomes.

SkyMesh 3D enables museums and educators to digitize fragile, rare, or historic objects for preservation, study, and public access. Using non-invasive scanning techniques, institutions can create detailed 3D models of artifacts without risking damage to the originals.

These scans can be used to build virtual exhibits, interactive archives, AR/VR learning experiences, and 3D-printable replicas. Students and researchers can explore high-resolution models of fossils, tools, artwork, and more—accessible from any device or classroom.

The system supports multiple formats and integrates with Sketchfab, Unity, Unreal, and web-based viewers. Scans can also be annotated, color-mapped, or simplified for broader accessibility and educational use.

In summary, SkyMesh 3D empowers museums and educators to preserve culture, enhance learning, and bring the past to life in new, immersive ways.

SkyMesh 3D provides architects with detailed site and structure scans that accelerate the design process and improve project accuracy. By scanning existing buildings, interiors, and land contours, architects can generate as-built models, renovation-ready references, and planning visuals.

The system supports drone-based terrain capture, interior structured light scans, and photogrammetry, producing point clouds and meshes that integrate seamlessly with Revit, Rhino, and BIM platforms. This ensures dimensional accuracy across concept, documentation, and build phases.

Scans can also be used for client presentations, material studies, clash detection, and adaptive reuse analysis. Teams can quickly identify spatial constraints and plan with full confidence.

In summary, SkyMesh 3D helps architecture firms reduce design friction, eliminate manual measuring, and produce highly accurate models that support better planning and client communication.