EinScan Medixa Wireless O&P 3D Scanner
Wireless 3D Scanner Purpose-Built for Orthotics & Prosthetics
A wireless, all-in-one professional 3D scanner designed from the ground up for O&P clinics — prosthetic sockets, cranial helmets, AFO/KAFO orthoses, foot orthotics, and custom seating. Nine clinical scan presets, dual eye-safe light source with movement compensation, a 5 MP texture camera, and onboard processing in a 953 g handheld — no laptop in the exam room. Full specifications →
Rev1 validates clinic fit, software-integration plan, and patient-population presets before purchase. Authorized EinScan reseller and factory-trained support partner in the USA. Volume, education, and clinic-bundle pricing available on quote — call (248) 707-2950.
An Authorized EinScan Reseller and Factory-Trained Support Partner.
Rev1 Technologies is an Authorized EinScan Reseller and a factory-trained SHINING 3D support partner. Clinical 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.
Purpose-built for O&P. Contact-free, plaster-free, laptop-free — from infant cranial helmets to adult prosthetic sockets.
The EinScan Medixa is the first dedicated O&P scanner in the EinScan line — a wireless, all-in-one professional 3D scanner designed for orthotists, prosthetists, and clinicians working in cranial remolding, socket fabrication, AFO/KAFO orthoses, foot orthotics, and custom seating. A dual light source (white structured + eye-safe IR VCSEL) is fully contact-free, and movement compensation handles infants, pediatrics, and motion-sensitive patients. Nine clinical scan presets (Face, Cranial, Torso, Upper Limb, Lower Limb, Feet, Socket, Seating, Foam Box) replace generic capture menus with the patterns clinicians actually use. A 5 MP texture camera captures the clinician's pen marks — trim lines and pressure zones — alongside the geometry. Wireless and standalone: no laptop in the exam room, no cart, no cable. The vendor case for the scanner is an 80% case-time reduction (5 hr → 1 hr per case) and a 400% throughput increase (1.6 → 8 patients/day).
Nine clinical presets. Dual eye-safe light source. Built for the exam room, not the shop floor.
Nine clinical scan presets — pick the patient region, not the algorithm
Face. Cranial. Torso. Upper Limb. Lower Limb. Feet. Socket. Seating. Foam Box. Each preset tunes the scanner for the patient region and the clinical use case — cranial remolding for pediatric helmets, lower-limb prosthetic socket capture, AFO/KAFO orthotic scanning, custom seating impressions, foot orthotic insoles. The clinician picks the region; the scanner handles the optics, alignment, and reconstruction settings underneath.
Dual light source — white structured + eye-safe IR VCSEL
White structured light at 475 × 360 mm FOV for clinical detail; eye-safe IR VCSEL at 1090 × 1260 mm FOV for full-body and large-region capture. Both modes are contact-free — no skin contact, no plaster, no mess. The IR VCSEL is eye-safe at clinical working distance, so the patient can blink, breathe, and move; the scanner's movement-compensation algorithm corrects for involuntary motion in infants and pediatric patients.
Clinical-grade RMS accuracy — appropriate for socket fit, cranial remolding, and AFO trim-line tolerance.
An O&P scanner does not need lab-cert metrology accuracy — it needs the right accuracy for socket fabrication, cranial remolding tolerances, AFO/KAFO trim lines, and seating impressions. The Medixa publishes RMS accuracy below 0.3 mm at clinical working distances with movement compensation for involuntary patient motion. Crucially, the same accuracy holds in the exam room (no calibration table, no controlled lighting, possibly with a wriggling pediatric patient) as it does in a manufacturer demo. The Medixa is also a Class 1 eye-safe device by design — the IR VCSEL light source is safe at clinical working distance, so the patient can blink, breathe, and look around.
RMS < 0.3 mm in the exam room, not just on a calibration bench
Movement compensation handles involuntary patient motion (breathing, infant micro-movements, geriatric tremor) so the published accuracy holds in real clinical conditions — not only when the patient holds perfectly still. Clean STL, OBJ, and PLY exports flow into the O&P CAD/CAM design platforms most clinics already use, with no proprietary lock-in. And the throughput math is the real business case: a vendor-claimed 80% case-time reduction (5 hr → 1 hr per case) and a 400% patient-throughput increase (1.6 → 8 patients/day) vs. plaster casting.
No laptop. No cart. No plaster. The clinic gets cleaner, the clinician gets faster.
The Medixa is built for the exam-room workflow, not the engineering bench. Onboard touchscreen and onboard processing mean no laptop, no tablet, no powered cart between the clinician and the patient. Two hot-swap battery packs (5500 mAh each, ~3 hours continuous) plus USB-C charge-while-use keep the scanner running through a full clinic day. The plaster-casting workflow disappears: no slurry, no setup time, no patient-comfort issue, no cleanup, no shipped negatives. The clinician spends time with the patient and the digital model — not with a sink full of plaster.
The whole O&P care workflow on one wireless handheld
Efficient, precise, comfortable — the Medixa was created for O&P care from the ground up. The clinician scans the patient region directly, reviews the mesh on the onboard touchscreen, edits if needed, and exports to the O&P CAD/CAM design platform. No plaster room, no shipping negatives to a fabricator, no waiting on a physical cast to set.
Watch the demos
See the contact-free, plaster-free, no-laptop O&P workflow — straight from SHINING 3D.
Medixa in action
The full clinical capture-to-export workflow on the device: pick the patient-region preset, scan contact-free with the dual eye-safe light source, review the mesh on the onboard touchscreen, and export STL/OBJ/PLY to your O&P CAD/CAM design platform — no laptop, no plaster, no cart.
Fast, accurate foot scanning
Bind the Medixa with FootStation2 to capture both feet contact-free in seconds — clean plantar geometry for custom foot orthoses, no foam box and no plaster.
Socket design made simple
Capture the residual limb and carry the scan straight into socket design — the 5 MP texture pass preserves the clinician's pen marks and landmarks alongside geometry for a faster, more accurate fit.
Seamless transfer to riiForm
Export the digital cast directly into riiForm — the standalone wireless workflow moves O&P scans into your downstream CAD/CAM platform without a cart, a PC, or a re-scan.
The first dedicated O&P scanner in the EinScan line — designed for clinics, not adapted from an industrial sensor.
A clinical handheld, not a re-skinned industrial scanner
Every design choice in the Medixa was made for the exam room: the ergonomic clinical-grip chassis, the eye-safe IR VCSEL light source, the movement compensation for pediatric and motion-sensitive patients, and the standalone wireless workflow that keeps the clinic clear of carts and cables. The same proven EinScan optical-engine architecture and EXScan software path that field-deployed operators already trust — rebuilt around how O&P practitioners actually work.
Proven optical-engine architecture, redesigned for the O&P clinical workflow
EinScan has shipped wireless, all-in-one professional handheld scanners to thousands of operators worldwide — the same optical-engine architecture and EXScan software path that runs on the field-deployed Libre and the tethered Rigil. The Medixa is the first member of the line designed specifically for O&P from the ground up: nine clinical scan presets (not industrial spec menus), an eye-safe IR VCSEL light source (not a blue laser pointed at a patient), movement compensation for pediatric and motion-sensitive populations, and a 5 MP texture camera that captures the clinician's pen marks alongside geometry. Not a re-skinned industrial scanner.
Vendor-published: 80% case-time reduction, 400% patient-throughput increase
Replacing the plaster-casting workflow end-to-end changes clinic capacity, not just digital deliverable quality. Vendor claims 5 hour → 1 hour per case (80% time reduction) and 1.6 → 8 patients/day (400% throughput increase). That math is the actual O&P business case: more patients served, faster turn-around to the fabricator, and a cleaner clinic environment without the casting room. Rev1 helps validate these claims against your patient mix and downstream CAD/CAM platform before quote.
A clinician picking up the Medixa is picking up a scanner designed by O&P workflow, not adapted from a reverse-engineering tool. The patient-region presets, the eye-safe light source, the movement compensation, the 5 MP texture pass for pen marks, the standalone wireless workflow — every design choice was made for the exam room. The Medixa is the EinScan line's answer to the question: “why are O&P clinics still using industrial scanners or plaster?”
953 g wireless handheld. 5 MP texture. Dual hot-swap battery. Onboard touchscreen. No laptop in the exam room.
The hardware is sized for clinical hands, not industrial grips
A 953 g wireless handheld balanced for clinical use — light enough to hold over a pediatric patient, stiff enough to hold optical alignment across a multi-pose socket scan. The onboard touchscreen is the entire control surface; no laptop, no tablet, no cart in the exam room. Two 5500 mAh hot-swap battery packs (~3 hr continuous each) plus USB-C charge-while-use keep the scanner running through a full clinic day with zero downtime. A 5 MP texture camera captures the clinician's pen marks — trim lines, pressure zones, anatomical references — alongside the geometry, rare on a clinical-class scanner at this price.
Live on-device preview, all-day power, and eye-safe contact-free capture — proof from the clinic.
Watch the workflow in the demo above, then look at what makes it repeatable in a real clinic day. The clinician never leaves the patient to check coverage on a workstation, never plugs in mid-session, and never points an unsafe light source at a patient. These three behaviors — live on-device preview, hot-swap power, and eye-safe contact-free capture — are what turn a fast demo into a production O&P workflow.
Wireless data transfer, USB-C, standalone capture, and on-device control via the built-in touchscreen.
The Medixa is designed to operate without a tether in the exam room. The primary control surface is the built-in touchscreen on the unit itself — not a remote app on the clinician's phone or a connected laptop. Wireless data transfer moves finished STL/OBJ/PLY meshes off the scanner to the clinic workstation or fabricator portal when the patient encounter is done; USB-C handles charge-while-use and high-bandwidth transfer when wired access is convenient. There is no “must-connect” capture mode — standalone is the default.
Prosthetic sockets. Cranial helmets. AFO/KAFO orthoses. Foot orthotics. Seating. The full O&P workflow on one scanner.
The Medixa is built for the full range of O&P clinical capture work — from infant cranial remolding helmets to adult prosthetic sockets, AFO/KAFO orthotic bracing, custom seating impressions, and weight-bearing foot orthotic scanning. The nine clinical scan presets and movement-compensation algorithm cover pediatric, geriatric, and motion-sensitive patient populations that generic industrial scanners cannot. For O&P labs and clinic groups serving multiple specialties, the Medixa replaces a stack of single-purpose tools and the entire plaster casting workflow with one wireless handheld.
Capture on the device. Design in your existing O&P CAD/CAM platform. Fabricate.
The Medixa captures and meshes on-device with EXScan, then exports clean STL, OBJ, and PLY files into the O&P CAD/CAM design platforms that clinics already use. Vorum, Rodin4D, Standard Cyborg, Mecuris, Comfia, Hephy, and other O&P-specific design suites all consume the Medixa's output formats directly. For clinics building branded patient portals or integrating with hospital ordering systems, an SDK is available. Rev1 confirms software-fit and integration path during application review before purchase — including which O&P CAD/CAM seat license matches the clinic's patient mix.
Medixa vs. the O&P alternatives clinics actually shortlist.
We benchmark the Medixa against the O&P-relevant alternatives clinics actually shortlist: Structure Sensor Pro (the iPad-based scanner common in lower-cost O&P workflows), Artec Leo (the most-recognized standalone handheld used in clinical capture), Vorum Yeti / Spectra (proprietary O&P hardware + software bundles), and the plaster-casting status quo. The goal is buyer clarity: where the Medixa leads on clinical workflow, eye-safe contact-free capture, and value — and where a different option genuinely fits better.
| Scanner | Accuracy Class | Workflow | Light Source | Where It Fits |
|---|---|---|---|---|
| EinScan MedixaRev1 supported · O&P purpose-built | RMS < 0.3 mm | Wireless, standalone, onboard touchscreen · 9 clinical presets · movement compensation | Dual: white structured light + eye-safe IR VCSEL · contact-free | The full O&P range — cranial helmets, sockets, AFO/KAFO orthoses, foot orthotics, seating, torso bracing. Replaces plaster end-to-end with a 5 MP texture pass for pen marks. Rev1 US application support included. |
| Structure Sensor ProiPad-based, low-cost entry | ~1–2 mm (depth-sensor class) | Tethered to iPad · app-based capture | Structured IR depth sensor | The entry-level O&P workhorse for clinics testing digital workflows on a small budget; capture happens in third-party iPad apps. The Medixa lands with a tighter accuracy class, purpose-built clinical presets, a 5 MP texture camera, movement compensation, and standalone wireless operation. Pick Structure when budget is the binding constraint. |
| Artec Leostandalone handheld · general-purpose | 0.10 mm + 0.30 mm/m (vendor) | Standalone, onboard touchscreen, swappable battery | Structured blue light · markerless | The most-recognized standalone handheld, well-loved for freeform capture in art, anatomy, and clinical work in the Artec Studio ecosystem. The Medixa lands with O&P-specific design (clinical presets, movement compensation), an eye-safe IR VCSEL vs. blue light at a patient, and a clinic-priced US tag. Pick Leo if Artec Studio is already entrenched for art / freeform work. |
| Vorum Yeti / SpectraO&P-specific hardware + software bundle | Vendor-specific, varies by model | Proprietary capture + design ecosystem | Varies (Yeti structured light; Spectra touch-probe) | Ships as part of an O&P CAD/CAM ecosystem (CanFit and Spectra design suites). Strong for clinics deeply integrated with Vorum's software and willing to commit to the vertical stack. The Medixa is an open scanner that exports to Vorum's software (and every other O&P CAD/CAM platform) without the proprietary bundle lock-in. |
| Plaster Castingtraditional analog status quo | Operator-dependent | Manual: cast, fill, ship to fabricator, await physical negative | N/A — no scanner | Still the dominant O&P capture workflow at many clinics. Familiar and low up-front cost, but high in clinic time, patient-comfort impact, mess, shipping cost, and turn-around time. The Medixa replaces the entire plaster path with a contact-free, digital, 1-hour workflow — the vendor case is 80% case-time reduction and 400% patient throughput. |
Rev1 takeaway: the Medixa is the right scanner for O&P clinics building or replacing a digital workflow. It lands with materially better accuracy than depth-sensor entry options, purpose-built clinical presets that general-purpose handhelds lack, and freedom from proprietary CAD/CAM bundling. Sideways-shop Structure Sensor Pro when budget is the only constraint; Artec Leo if Artec Studio is already entrenched for art / freeform work; Vorum if you are committing to the full vertical stack. Application review with Rev1 is the fastest way to confirm fit before quote. Street prices are approximate and stated honestly during your quote.
EinScan Medixa Technical Data
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BEFORE YOU BUY
Authorized EinScan Reseller. O&P Workflow Specialists.
Most scanner returns happen because the buyer matched a price to a spec sheet instead of a workflow to a patient mix. Rev1's pre-sale process closes that gap — before your Medixa ships.
Before your Medixa ships, Rev1 maps your actual patient mix, accuracy budget, software stack, and operator-training plan against what the scanner delivers. If the Medixa isn't the best fit, you'll hear that before the order — not after.