EinScan Libre
Wireless Professional 3D Scanner — No Laptop, No Cable, No Excuses
A fully wireless professional laser 3D scanner with onboard NVIDIA Jetson processing, a built-in 5.5-inch OLED touchscreen, a 1 TB SSD, and a hot-swap battery — up to 4.5M points/s with vendor-published 0.04 + 0.06 mm/m volumetric accuracy. Three scan modes (101-line blue laser HD, 38-line IR Adaptive for dark/reflective surfaces, IR Rapid VCSEL for large objects) run from the scanner itself. Walk up to the part, capture, edit on-device, and walk away with a finished mesh — no PC, no tether, no power cord. Built for field service, forensic capture, on-site inspection, and large off-grid scanning across automotive, aerospace, MRO, marine, and AEC workflows. Full specifications →
Rev1 validates application fit, accuracy class, software stack, and field-deployment plan before purchase. Authorized EinScan reseller and factory-trained EinScan support partner in the USA. Volume, education, and bundle pricing available on quote.
An Authorized EinScan Reseller and Factory-Trained Support Partner.
Rev1 Technologies is an Authorized EinScan Reseller and a factory-trained EinScan support partner. Application review, software-stack guidance, on-site or remote calibration assistance, and engineering consultation are delivered from Auburn Hills, Michigan — not routed through grey-market importers.
No laptop. No cable. No power cord. Onboard NVIDIA processing and a built-in OLED touchscreen do it all.
The EinScan Libre is a fully wireless professional handheld 3D scanner — designed to cut the cord on field, on-site, and large-object scanning. Onboard NVIDIA Jetson Orin NX compute processes scans into meshes directly on the device. A built-in 5.5-inch OLED touchscreen handles framing, capture, preview, and on-device editing without a PC. Three light modes (101 blue laser lines for Laser HD, 38 IR laser lines for IR Adaptive on dark and reflective surfaces, IR VCSEL for IR Rapid on large surfaces) cover everything from machined parts and reverse-engineering geometry to marine hulls and accident-scene reconstruction. A 48 MP color camera captures photoreal texture in one pass, a 1 TB onboard SSD handles a full day of capture without an upload step, and a hot-swap battery keeps the scanner running through long site visits with no power outlet. Vendor-published professional-tier accuracy: 0.04 + 0.06 mm/m volumetric. For full third-party VDI/VDE 2634 + ISO 10360 lab certification, step up to the FreeScan Combo Series-class metrology siblings.
Three light modes on one handheld — switchable without tools, for any surface, any size.
101 blue-laser lines capture fine-resolution geometry — machined parts, sharp edges, intricate features — at up to 4.5M points/s. Minimum point distance 0.05 mm. Use Laser HD when the workpiece is a forged bracket, a turbine blade, an inspection-grade part, or anything where sub-tenth-millimeter detail is the binding constraint.
The IR VCSEL Rapid mode opens a 983 × 979 mm field of view at up to 1.5 m working distance — sized for car bodies, marine hulls, large castings, and full accident-scene reconstruction. A 38-line IR Adaptive mode handles dark and reflective materials between the two extremes. Switch modes mid-session; the scanner blends data streams into a single mesh, no second pass.
Send Rev1 your target part geometry, the deployment site, and whether laptop/PC access is realistic. We will validate whether Laser HD detail, IR Adaptive coverage, or IR Rapid large-FOV is the right mode — and whether Libre's untethered workflow is worth the lift vs. a tethered Rigil.
Vendor-published professional accuracy with repeatable real-world performance — without paying metrology-tier pricing.
An EinScan-class scanner sits between consumer entry tools and lab-certified metrology systems. The Libre publishes professional-class volumetric accuracy (0.04 + 0.06 mm/m — vendor-published) that holds across operators, surface types, and working distance. Crucially for a wireless field scanner: the same 0.04 + 0.06 mm/m holds whether the scanner is plugged into a workstation or running fully standalone on its own NVIDIA Jetson compute — you do not give up accuracy to cut the cord. Where the metrology tier (FreeScan Combo Series-class) adds a third-party VDI/VDE 2634 Part 3 + ISO 10360 + ISO/IEC 17025 lab certificate for audit / regulated use, the Libre delivers the same optical-engine accuracy with the field-deployable workflow no metrology-tier scanner offers.
Walk up. Scan. Walk away with a mesh. No laptop, no power cord, no upload step.
The Libre is the only EinScan handheld designed as a fully untethered field tool. NVIDIA Jetson Orin NX onboard compute runs the entire capture-to-mesh path on the scanner itself — capture, alignment, mesh reconstruction, preview, and on-device editing all happen on the unit. The built-in 5.5″ OLED touchscreen replaces the laptop screen; the 1 TB SSD replaces the upload step; the hot-swap battery replaces the AC cable. Three optical modes (101 blue laser lines for Laser HD detail, 38 IR laser lines for IR Adaptive on dark / reflective surfaces, IR VCSEL Rapid for large surfaces) cover the part list without a second tool. Markerless laser scanning eliminates dot-sticker prep on most surfaces — especially valuable on irreplaceable parts in heritage, forensic, and on-site MRO workflows.
EinScan ships the world's most-deployed handheld laser + IR 3D scanners.
The Libre keeps the optical-engine architecture, the EXScan software path, and the multi-mode scanning logic that have made the EinScan line a default for QA inspection, reverse engineering, restoration / digitization, art and heritage capture, and large-asset documentation. The upgrade vs. the tethered Rigil is in the workflow envelope, not the sensor — an operator already trained on Rigil picks up the Libre with no retraining on capture, only on the standalone vs. tethered mode selection.
NVIDIA Jetson compute, 5.5″ OLED touchscreen, 1 TB SSD, hot-swap battery, 48 MP color — the field is the laptop.
Every other professional handheld treats the laptop as the brain and the scanner as the sensor. The Libre flips that. NVIDIA Jetson Orin NX (8-core CPU + Ampere GPU + 1,024 CUDA cores) runs mesh reconstruction directly on the scanner. The 5.5″ OLED touchscreen handles capture, alignment, preview, and editing. A 1 TB onboard SSD stores a full day of large-object data with nowhere to upload it. A hot-swap battery keeps you scanning when an outlet is hours away. The 48 MP color camera captures photoreal texture in a single pass — rare on any laser-class handheld.
See the wireless, no-laptop, on-device workflow on a real part.
Wireless data transfer, standalone capture, USB-C, and on-device control via the built-in OLED touchscreen.
The Libre is designed to operate without a tether. The primary control surface is the built-in 5.5″ OLED touchscreen on the unit itself — not a remote app or a connected laptop. Wireless data transfer moves finished meshes off the scanner's 1 TB SSD when the operator is back in range; USB-C handles charge and high-bandwidth transfer when wired access is convenient. There is no "must-connect" workflow — standalone is the default, tethering is the exception.
Field service. Forensic capture. On-site MRO. Large-object scanning where a tether breaks the job.
The Libre is purpose-built for the work where a tethered scanner physically cannot go. Field-service inspection on operating plant equipment. Forensic and accident-scene reconstruction where the scanner travels in a backpack. Marine refit on hulls that don't fit a workshop. Heritage and museum capture where laptops and cords are impractical. Remote-site as-builts at mining, oil-and-gas, and wind-farm sites with no clean power or workstation footprint. The triple-mode optical engine and 0.04 + 0.06 mm/m accuracy mean the same scanner also handles benchtop reverse engineering, scan-to-CAD, and large-asset documentation when needed — but the workflow envelope is the differentiator.
Capture, inspect, reverse-engineer, and report — in one connected workflow.
The Libre ships with EXScan for capture and on-scanner processing, and connects natively to SHINING3D Inspect for GD&T inspection, EXModel for scan-to-CAD reverse engineering, and the broader industry stack — Geomagic Design X, Geomagic Control X, and PolyWorks Inspector. The data path stays inside the scanner's native ecosystem when that's the goal, and exports cleanly into third-party tools when it isn't. Rev1 confirms software-fit and seat-licensing during application review before purchase.
Libre vs. industry-standard punch-up & intra-brand peers.
We benchmark the Libre against the direct standalone-handheld reference Artec Leo (the most-recognized PC-free handheld in the market), the structured-light professional-tier peer Artec Eva, and the search-visible Creaform-built alternative Peel 3D Peel 3.CAD-PRO, plus the intra-brand cross-shop target EinScan Rigil (the tethered sibling at the same accuracy class). The goal is buyer clarity: where the Libre leads on wireless workflow, onboard NVIDIA compute, and triple-mode optical engine — and where a different scanner genuinely fits better.
Send Rev1 your target part, accuracy budget, and software stack and we'll tell you which scanner actually fits the application — including when a different scanner is the better answer.
EinScan Libre — full specifications.
Documentation, software, and Rev1 support resources.
Get the right scanner for your workflow — before you commit.
Most 3D scanner returns happen because the buyer matched a price to a spec sheet instead of a workflow to a geometry. Rev1’s pre-sale process closes that gap. Before your Libre ships, Rev1 maps your actual parts, surface types, accuracy budget, software stack, and operator training plan against what the scanner delivers. If the Libre isn’t the best fit, you’ll hear that before the order — not after.
Where is the scanner actually going? Plant floor, accident scene, marine yard, remote site, museum, oil pad? What is the AC and connectivity reality? How long is the operator on-site per visit? Rev1 maps the Libre’s standalone workflow, hot-swap battery, and 1 TB SSD against the real deployment — and tells you when a tethered Rigil is the better answer.
Which of the three scan modes (Laser HD, IR Adaptive, IR Rapid) actually fits your part list? Where do meshes land downstream — GD&T inspection (PolyWorks, SHINING3D Inspect, Geomagic Control X), reverse-engineering (EXModel, Geomagic Design X), or point-cloud (CloudCompare, MeshLab via LAS / ASC)? Rev1 plans the data path before the scanner ships.
The Libre's on-device capture-to-mesh workflow is different from a tethered scanner. Rev1 verifies the scanner on arrival, sets up scan profiles, walks operators through the OLED touchscreen UX, and runs a first-scan session on a representative workpiece — so the scanner produces usable output on day one in the field, not after a week of trial scans at a workbench.
No commitment required. A pre-sale consultation is complimentary for any Rev1 scanner inquiry — talk through your application before you buy.
EinScan Libre questions buyers ask before quoting.
Use the FAQ as the starting point. Rev1 can confirm accuracy class, software stack, accessory needs, and delivery considerations before the Libre is ordered.
Add to Cart at $25,999 or talk to Rev1 first.
Rev1 can validate field-deployment fit, scan-mode selection, software stack, and the standalone workflow before you commit. Authorized EinScan reseller and factory-trained EinScan support partner in the USA. Volume, education, and bundle pricing available on quote.