3DV

3DV specializes in professional glasses-free spatial displays for medical, industrial, and scientific applications. Their core technology combines eye-tracked autostereoscopic optics with FPGA-based real-time spatial rendering, delivering high-clarity glasses-free 3D for single-user precision workflows such as CT inspection, surgical planning, and microscopy.

3DV Technology (Shanghai) is a manufacturer of professional glasses-free spatial displays, focused on medical imaging, industrial non-destructive testing, and scientific visualization. The company is the only major vendor in the glasses-free 3D market that builds on-device FPGA acceleration into the display itself — every 3DV product routes the SBS-to-autostereoscopic conversion through a dedicated FPGA rather than the host GPU.

That architectural choice is what defines 3DV’s positioning in the market. It produces lower motion-to-photon latency (~22 ms), lower host GPU utilization (15–30% during 4K playback), and host PC requirements modest enough that an Intel N100-class mini PC drives the display comfortably. For multi-seat institutional deployments — hospital reading rooms, industrial inspection labs — the FPGA pipeline compounds into significant infrastructure savings.

The 3DV product line spans four models:

• Pro Series (27-inch at $2,999; 15.6-inch at $2,399) — Pro Series optics designed for 2D/3D duality. The 27-inch uses a microlens array with all-in-one 3D display mode; the 15.6-inch uses active switchable optical grating for clean 2D/3D switching in a portable form factor. Both have 180 Hz structured-light eye tracking and FPGA rendering.
• Essential Series (32-inch at $3,199; 14-inch at $1,799) — Solid-state optical grating, tuned for 3D-first operation at a lower price. The 32-inch is a large dedicated 3D screen; the 14-inch is the portable entry point.

Both series accept standard Side-by-Side (SBS) stereoscopic content from DICOM viewers, NDT inspection suites, CAD packages, scientific visualization tools, and game engines.

Where 3DV Fits

3DV is the right choice for:

• Medical imaging review and surgical planning. Stereoscopic depth for CT, MRI, ultrasound volume review. The 3DV SDK provides DICOM-compatible viewer integration. See the medical imaging use case for workflow specifics.
• Industrial CT inspection and NDT. Defect review, casting inspection, weld and additive manufacturing verification. The FPGA pipeline keeps latency low for interactive review of large CT volumes. See industrial CT inspection.
• Microscopy. Confocal z-stack review, light sheet fluorescence, SEM stereo-pair review, 4D time-lapse observation. See microscopy.
• CAD and engineering review. Form, fit, and clearance evaluation on 3D assemblies.
• Multi-seat institutional deployment. Hospital floors, inspection labs, training facilities where the FPGA pipeline’s host PC economics matter.

3DV is less suited for color-critical creative production (where the Sony Spatial Reality Display ELF-SR2 has the color positioning advantage), gaming (where the Samsung Odyssey 3D and Acer Predator SpatialLabs View 27 are positioned), and multi-viewer shared viewing (where the Looking Glass family handles the case).

Technology Profile

3DV’s core technology stack:

• Eye-tracked autostereoscopic — 180 Hz structured-light eye tracking on the Pro and Essential Series.
• Microlens array (27-inch Pro) — laser-lithography imaging at 89% optical transmittance, with all-in-one 3D display mode.
• Active switchable optical grating (15.6-inch Pro) — liquid-crystal grating that fully disengages in 2D mode for clean text.
• Solid-state optical grating (32-inch Essential, 14-inch Essential) — fixed optical layer, always active.
• FPGA real-time rendering — on-device FPGA handles eye-tracking response, pixel mapping, and SBS-to-autostereoscopic conversion in real time.

For deeper technical detail on the FPGA pipeline, see the FPGA spatial rendering page. For the broader optical stack, see eye-tracked autostereoscopic displays.

Software Ecosystem

The 3DV SDK provides:

• Display enumeration and configuration
• SBS-to-autostereoscopic conversion utilities
• Programmatic 2D/3D switching (Pro Series)
• Eye-tracker status and head position data
• Unity and Unreal Engine plugins
• OpenGL and Vulkan sample code
• DICOM-compatible viewer for clinical review

Integration is Windows-first. Linux hosts work for SBS playback over HDMI but with reduced SDK coverage. See 3D monitor OS compatibility for the current state.

Current Availability

As of June 2026, the 3DV product lineup is listed as sold out at shop.3dv.io. Pricing is unchanged. Spec values cited across this site are from the 3DV datasheet published at the time of update. Confirm current availability and shipping configuration directly with 3DV.

Detailed Profile Data

Detailed company profile (founding year, country, technology list, product lines, target markets, logo) is maintained in the site’s structured data layer at src/data/manufacturers.ts and rendered on the manufacturer index page.

Where to Go Next

• For the technology under the hood: FPGA spatial rendering, eye-tracked autostereoscopic displays.
• For product detail: 3DV Pro Display 27-inch, 3DV Essential 32-inch, 3DV Pro Display 15.6-inch, 3DV Essential 14-inch.
• For workflow applications: Medical imaging, industrial CT inspection, microscopy.
• For deployment specifics: 3DV deployment guide.
• For head-to-head comparisons: 3DV vs Sony Spatial Reality, 3DV vs Looking Glass.
• For procurement: Request a demo or contact 3DV sales.