At INTERGEO 2026 in Munich, XGRIDS introduced the Lixel L3, a handheld spatial scanner that fuses laser measurement, high-resolution imaging, and satellite positioning into a single field instrument. The device's validated 5-millimeter relative accuracy and direct compatibility with industry-standard design software represent a quiet but consequential step in how human beings translate physical space into digital form. Where measurement once demanded laboratories and specialists, the L3 is built for the ordinary conditions of a construction site — a reminder that precision, to matter, must sur
XGRIDS Launches Lixel L3 Scanner With Validated 5mm Accuracy at INTERGEO 2026
Precision that cannot be used is merely a specification.
Mark
So the L3 is a scanner. What makes it different from other scanners?
Mimi
It combines four things in one device—laser measurement, color photography, GPS positioning, and a screen. Most scanners do one or two of those. The L3 does all four, and it does them together in a way that produces data ready for construction software.
Luke
But is 5mm accuracy actually new? Other scanners claim similar precision.
Mimi
Fair point. The claim here is validated accuracy—they tested it against measured ground truth. That's different from a specification sheet. And the speed matters: 100 square meters in 10 minutes.
Mark
What does someone actually do with the data once they've captured it?
Mimi
They can process it right there on the device, then export it into Autodesk or Trimble software. It becomes part of the building information model—the digital blueprint contractors use to plan construction.
Luke
So the real value is the compatibility, not the accuracy itself.
Mimi
Both matter. But yes—precision that can't be used is just a number. The L3 is designed so the data flows straight into existing workflows.
Mark
What about the photorealistic part? Why does that matter?
Mimi
Because it captures color and texture alongside geometry. In film production or virtual environments, you need to see what the space actually looks like, not just its shape. The 3DGS format does that.
Luke
Is 3DGS actually becoming standard, or is XGRIDS betting on it?
Mimi
Autodesk and Trimble have already added support. That's not a bet anymore—it's adoption. XGRIDS is just early to support it in a field device.
Mark
Who is the L3 actually built for?
Mimi
Field crews on construction sites, industrial spaces, anywhere you need to measure something large and complex quickly. The 4.3-inch screen, the privacy features—it's designed for real work, not a lab.
The Pulse
- Construction and design workflows have long suffered a gap between the precision of laboratory instruments and the rough realities of fieldwork — the L3 is a direct answer to that friction.
- The device captures 100 square meters of millimeter-accurate, full-color spatial data in 10 minutes, a speed that changes what is practical on an active job site.
- By integrating LiDAR, 4K HDR imaging, RTK positioning, and an onboard display into one handheld unit, XGRIDS eliminates the multi-device setups that slow field crews and introduce error.
- The scanner's outputs — point clouds, meshes, and photorealistic 3DGS models — export directly into Autodesk and Trimble software, removing the conversion bottleneck that typically stalls captured data.
- As Gaussian Splatting moves from academic novelty to production standard in architecture, film, and virtual production, XGRIDS' early native support positions the company at the front of a rapidly widening market.
At INTERGEO 2026 in Munich, XGRIDS introduced the Lixel L3, a handheld spatial scanner that fuses laser measurement, high-resolution imaging, and satellite positioning into a single field instrument. The device's validated 5-millimeter relative accuracy and direct compatibility with industry-standard design software represent a quiet but consequential step in how human beings translate physical space into digital form. Where measurement once demanded laboratories and specialists, the L3 is built for the ordinary conditions of a construction site — a reminder that precision, to matter, must survive contact with the world.
At INTERGEO 2026 in Munich, XGRIDS unveiled the Lixel L3, a handheld spatial scanner designed to bring laboratory-grade measurement into the practical conditions of construction sites and complex industrial spaces. The device's headline claim — a validated 5-millimeter relative accuracy, demonstrated against documented benchmarks — is paired with real-time absolute positioning of roughly 2.5 centimeters through an integrated RTK system.
The L3 combines four technologies in a single workflow: high-accuracy LiDAR for precise geometry, a 4K HDR camera for true color and surface detail, RTK satellite positioning to anchor scans geographically, and a 4.3-inch onboard display that lets field crews monitor coverage and trajectory in real time. An internal SLAM algorithm maintains geometric stability throughout a session, while vision-aided drift correction guards against accumulated error over longer captures.
A single 10-minute scan of 100 square meters produces three simultaneous outputs: a true-color point cloud, a detailed mesh, and a photorealistic 3DGS model using Gaussian Splatting — a technique that blends geometry with photographic texture. All processing can occur locally, without cloud dependency, and the data exports in XGRIDS' LCC2 format, already supported by Autodesk's 3ds Max and Trimble's SketchUp. That compatibility means captured data moves directly into the BIM workflows architects and contractors rely on daily.
Director of International Sales Sunny Liao put the design philosophy plainly: precision that cannot survive fieldwork and flow into existing software is merely a specification. The device includes automatic blurring of faces and license plates — a practical acknowledgment that scanning real buildings means encountering real people.
The L3's launch arrives as Gaussian Splatting transitions from research curiosity to production standard across architecture, engineering, film, and virtual production. XGRIDS' native support for the format, embedded in a device built for field constraints, positions the company to grow alongside that shift — offering an answer to a question the industry has been quietly asking: can millimeter-level precision, full color, and immediate software compatibility coexist in a single handheld tool?
At INTERGEO 2026 in Munich, XGRIDS unveiled a device built for the practical work of measuring the world. The Lixel L3 is a spatial scanner that combines laser measurement, color photography, satellite positioning, and a built-in screen into one handheld system. What sets it apart is not novelty for its own sake but a specific claim: it can capture three-dimensional space with a validated accuracy of 5 millimeters relative to ground truth—meaning when you measure the distance between two points in the scan, you're within 5mm of reality. The company demonstrated this accuracy against measured benchmarks in documented testing.
The L3 fuses four technologies into a single workflow. High-accuracy LiDAR bounces laser light off surfaces to build precise geometry. A 4K HDR camera with a 1/1.3-inch sensor captures true color and surface detail. An integrated RTK system—real-time kinematic positioning—anchors the scan to geographic coordinates with roughly 2.5 centimeters of absolute accuracy. And a 4.3-inch display mounted on the device lets field crews see scan status, coverage maps, and trajectory in real time. The system's internal SLAM algorithm maintains geometric stability throughout a scan session, while vision-aided localization and drift correction help prevent accumulated error during longer work.
In practice, the device covers approximately 100 square meters of high-accuracy spatial data in 10 minutes. That speed matters because construction sites and complex industrial spaces are large. The scanner produces three distinct outputs from a single capture: a true-color point cloud, a detailed mesh, and what the company calls photorealistic 3DGS models—a format that blends geometry with photographic texture. Critically, all processing can happen locally on the device or nearby, without uploading to the cloud. The data exports in XGRIDS' proprietary LCC2 format, which is already supported by major software platforms including Autodesk's 3ds Max and Trimble's SketchUp. This compatibility matters because it means the captured data can move directly into existing building information modeling workflows—the digital blueprints that architects and contractors use to plan and execute construction.
Sunny Liao, XGRIDS' Director of International Sales and Marketing, framed the achievement in terms of workflow reality: "5 mm relative accuracy only matters if it holds up in the field and the data can go straight into BIM." The implication is clear—precision that cannot be used is merely a specification. The L3 is designed for field crews, not laboratories. It includes privacy protections that can blur faces and license plates in captured imagery, a practical acknowledgment that scanning real buildings means capturing real people and vehicles.
The timing of the L3's launch reflects a broader shift in how spatial data moves through creative and construction industries. 3DGS—Gaussian Splatting, a technique for representing 3D scenes with photorealistic texture—has moved from academic research into production software. Autodesk's decision to support 3DGS in 3ds Max and Trimble's integration into SketchUp signal that the format is becoming a standard tool rather than an experimental one. XGRIDS' early support for 3DGS through its LCC2 format positions the company to capture market share as this transition accelerates. The applications span architecture and engineering, film production, and virtual production—any field where precise, photorealistic 3D models of physical space have value.
What the L3 represents is the convergence of measurement precision, color fidelity, and software compatibility into a single device designed for the constraints of fieldwork. It is not the first high-accuracy scanner, nor the first to produce photorealistic output. But it is built to answer a specific question: can you capture a complex space with millimeter-level precision, in color, in minutes, and have that data ready for immediate use in professional workflows? The validated 5mm accuracy and the integration with established software platforms suggest XGRIDS believes the answer is yes.
Notable Quotes
5 mm relative accuracy only matters if it holds up in the field and the data can go straight into BIM.— Sunny Liao, Director of International Sales and Marketing, XGRIDS
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