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Specification comparison

EINSTAR VEGA vs Revopoint MIRACO Plus

Both offer capture without a tethered laptop. Compare their modes, required desktop steps and the file your next job needs before choosing.

Updated Check dates beside claimsBuyer checklist included
On this page

Quick decision

  • Put EINSTAR VEGA on the demo list when a close-range HD mode and Fast-mode reach up to 1500 mm matter most. The US base listing was USD 1,999 on October 20, 2026; the delivered edition and stock remain unconfirmed.
  • Put MIRACO Plus on the demo list when optical zoom and the photogrammetric kit fit the project, and you can include the documented PC handoff. The selected global base listing was USD 2,199 on October 20, 2026, not a US delivered quote.
  • Hold the decision when the job needs traceable inspection, confirmed regional delivery or a downstream software feature neither vendor has demonstrated.

Plan the full kit for EINSTAR VEGA or MIRACO Plus. A model link opens a listing preview; add the amounts from your own regional quote.

Specifications, sources and model details

EINSTAR VEGA and Revopoint MIRACO Plus are portable all-in-one scanners: capture, processing and a screen are built into the unit, so you do not need a laptop tethered while scanning. The shared format does not make them interchangeable. The better choice depends on your object range, surface, detail, onboard processing, storage and the file that has to enter the next workflow.

Compare the published specifications, capture modes and software requirements below. Check missing details with the manufacturer and use the same part and final-file task for both demos.

Open the catalog specificationss for EINSTAR VEGA and MIRACO Plus to compare the exact models and their requirements.

02

Recommendation by buyer type

BuyerBetter starting demoReason
Portable generalist scanning varied objectsBothSame all-in-one format, so only an object-level comparison separates them
Buyer who wants photogrammetry for larger partsMIRACO PlusRevopoint sells a photogrammetric metrology kit for it and publishes a length-accuracy figure
Buyer who needs the longest stated reachVEGAEINSTAR states up to 1500 mm in Fast mode versus 1000 mm in the MIRACO Plus brochure
Inspection team needing traceabilityNeither by defaultRequest calibration, traceability and uncertainty evidence for your measurement task
Buyer choosing only by published accuracyPauseEINSTAR publishes no accuracy figure for VEGA, so there is nothing to compare
03

Specifications side by side

Compare working distances

Scanner-to-surface distance, on one linear scale. This is not object size or accuracy.

Manufacturer spec

VEGA HD100 - 350 mm

VEGA Fast270 - 1,500 mm

MIRACO Plus overall100 - 1,000 mm

Not confirmed MIRACO Plus Near / Far: separate endpoints remain unverified. The overall bar is not a range for each mode.

PMK uses a separate process.

Range values and sources
Manufacturer working distances, mode details and source dates
Scanner and scopeWorking distanceSource dateLimits
EINSTAR VEGA HD100 - 350 mmMode-specific rangeManufacturer source (new tab)Checked Mode working distance; not object size, accuracy or guaranteed performance throughout the interval.
EINSTAR VEGA Fast270 - 1,500 mmMode-specific rangeManufacturer source (new tab)Checked Mode working distance; delivered edition and complete workflow require confirmation.
MIRACO Plus Overall listing100 - 1,000 mmScanner-level range, not separate Near and Far rangesManufacturer source (new tab)Checked One scanner-level interval; do not assign these endpoints independently to Near or Far.
MIRACO Plus NearSeparate mode endpoints not confirmedUnresolved mode recordManufacturer source (new tab)Checked Separate endpoints remain unverified in the existing mode record. The fresh overall listing does not resolve them.
MIRACO Plus FarSeparate mode endpoints not confirmedUnresolved mode recordManufacturer source (new tab)Checked Separate endpoints remain unverified in the existing mode record. The fresh overall listing does not resolve them.
Compare the complete source fields for both scanners

Swipe or use Left and Right arrow keys to see every column.

CriterionEINSTAR VEGARevopoint MIRACO PlusDecision impact
Capture technologyInfrared structured light: MEMS projector in HD mode, VCSEL in Fast modeInfrared structured light with 2x optical zoom and photogrammetry supportTest the mode your surface and object size actually need
Claimed accuracyNot published on the official pages checkedSingle-frame accuracy up to 0.04 mm; PMK length claim 0.02 + 0.05 x L mm, with L in metersDifferent definitions; PMK kit/procedure conditions below apply
Claimed precision or point distanceHD-mode point distance 0.05-3 mm; Fast mode 0.5-10 mm0.02 mm single-frame precision and 0.05 mm fused point distance in the brochureKeep each term tied to its manufacturer definition
Working distanceHD 100-350 mm; Fast 270-1500 mm100-1000 mm in brochureVEGA reaches further in Fast mode; check detail at the distance you will use
Stated object rangeNot published as a size range10 mm minimum cube to 4 m maximum cube in brochureMIRACO Plus has clearer published bounds
Onboard hardware32 GB RAM, 512 GB SSD, 5000 mAh battery with power-bank charging32 GB RAM and 256 GB storage in brochureCompare against your largest normal project, not a demo part
Dated base packageUSD 1,999, EINSTAR US base listing; checked October 20, 2026; delivered edition and stock unconfirmedUSD 2,199, selected MIRACO Plus global base; checked October 20, 2026; no CAD software bundleDifferent storefront regions; compare a written delivered quote, not these two device amounts alone
Buying pathEINSTAR US storeRevopoint global store or a regional resellerCompare the complete package, delivery and support terms

VEGA figures come from the linked EINSTAR product pages; MIRACO Plus figures come from its official product page , brochure (PDF) and support FAQ , reviewed October 1, 2026. A brochure field is a manufacturer claim, not an observed result. Near/Far-specific working-distance splits and the installed software versions are not established here.

What to try in a demo

Read what a specification comparison cannot settle

The accuracy guide separates point distance from dimensional accuracy. For a painted or dark specimen, use the same preparation conditions from the surface-scanning guide for both devices.

Accuracy, precision, point distance and resolution describe different properties, and a smaller number does not guarantee better final geometry. Surface preparation, tracking, operator technique, calibration, object size and processing settings all change the result. The comparison therefore needs the same object, environment and pass/fail rule for both scanners.

For inspection, request proof of the complete measurement process. If you need inspection results, ask each vendor for the test standard, calibration process, volumetric accuracy and uncertainty tied to your tolerance.

Inspect published community examples

OpenScanBenchy collects community captures of a small resin figurine. These examples use different prints, operators, preparation and processing. Read the setup notes, then compare your own part under the same conditions.

EINSTAR VEGA

Contributor: HolzFlo

Reported setup
Added lighting and the highest available resolution are reported.
Before comparing
HD or Fast mode is not recorded. The setup differs from the MIRACO Plus example.
Open EINSTAR VEGA example on OpenScan (new tab)

MIRACO Plus

Contributor: KrownCAD

Reported setup
Near mode with foot-powder coating, a tripod and a turntable.
Before comparing
This is a prepared surface. The notes do not establish a PMK length check.
Open MIRACO Plus example on OpenScan (new tab)

Setup summaries from the OpenScan contributor details (new tab), checked 2026-10-16. Organizer OpenScan (new tab) also offers printed test objects for sale. We have not independently checked these captures. A convincing render is not a calibrated accuracy result.

The two contributions below use different conditions. Use them to prepare questions, then run the same test on both scanners before choosing. The accuracy guide has three more community examples.

Compare the capture workflow

Check small parts, large objects and mobile operation

Small detailed parts

Use a part with edges, holes, recesses and a known reference dimension. Check whether the scanner tracks without excessive markers, whether the smallest feature survives meshing and how much cleanup it takes. VEGA offers a dedicated HD mode for close work, and MIRACO Plus publishes a 10 mm minimum cube, but neither statement proves useful detail on your part.

Medium mechanical objects

Scan a housing, tool or automotive component with mixed geometry, and include a dark or mildly reflective area on purpose. Record preparation, capture, alignment and cleanup time. What counts is the exported file, not the live preview.

Large objects

Capture a long object with known dimensions at both ends and check for drift and incomplete registration. MIRACO Plus states a 4 m maximum object cube, while VEGA states a longer maximum working distance. These numbers answer different questions, so test the object you actually scan.

Mobile operation

Run a complete job away from any workstation. Measure battery use, storage growth, project recovery after an interruption, screen visibility in your lighting and export time. Confirm whether the unit can process your largest normal project or only capture it.

PMK is a separate process, not ordinary capture accuracy

Read the PMK targets and PC export requirements

MIRACO Plus's photogrammetric length claim belongs to the PMK workflow, not every Near or Far scan. Revopoint's current support FAQ requires at least 8 coded targets per photo and at least 5 scan markers in each point-cloud frame. It specifies matched carbon-fiber bars and coded-target sets; mixing bars or markers from different kits is not the documented procedure.

The photo step uses a stated 0.8-1.3 m capture distance and the kit's photo targets. The small 3 mm / 6 mm scan markers are not photogrammetry targets. Ordinary Near/Far marker spacing is separate guidance and must not replace the PMK photo rules.

For PMK point-cloud export, transfer the project to Revo Scan (PC) 5.4.12 or newer. Target placement, photo alignment, scan fusion and processing still need an object-level demonstration; the formula does not certify the final mesh or a rebuilt CAD tolerance.

08

Software and downstream work

Check software, export and desktop requirements

Both scanners have onboard capture, but their downstream paths are not identical. Ask for the actual alignment, mesh and final-file export sequence on the installed onboard software. A screen, battery and processing menu do not establish that the entire delivery can finish without a computer.

Selected pathDocumented handoffExtra checkpoint
VEGA HD/Fast -> mesh -> CAD reconstructionOnboard app / StarVision desktop as needed -> mesh -> selected reconstruction applicationStarVision support requires Vulkan 1.1 graphics/driver; listed 1.3.6.6 has a July 2, 2025 page date, not proven latest
MIRACO Plus -> third-party softwareOnboard project -> Revo Scan (PC) -> export -> selected receiving applicationRevopoint's support FAQ specifies the PC transfer; PMK export adds the 5.4.12-or-newer requirement
Either mesh -> STEP -> receiving CAD taskReconstruction edition/license -> validated STEP -> buyer's CAD applicationA supported extension is not a tested import, valid solid or restored native feature history

VEGA's product page lists 32 GB desktop RAM while its support page asks for more than 32 GB; confirm project fit rather than assuming an invented universal capacity. The VEGA app/StarVision matrix is dated September 12, 2024, so it is not a permanent restriction on newer versions.

At the November 6 check, the MIRACO Plus support FAQ names an M1 Pro or better with at least 8 GB RAM for minimum Mac processing and recommends M3 or better, also with at least 8 GB. For Windows it lists a 12th-gen i7 with 16 GB minimum and an 11th-gen i9 with 32 GB recommended. Those are that FAQ's named tiers, not proof that every chip family or app behaves identically. Keep capture software separate from any Windows-only reconstruction application. We have not installed these apps or completed your final CAD edit.

Ask each vendor to complete the same path.

  1. Capture the representative object.
  2. Align multiple passes without hiding manual corrections.
  3. Remove background and unwanted geometry.
  4. Fill only the holes your agreed repair brief allows.
  5. Mesh at a documented setting.
  6. Export at correct scale and units.
  7. Open the file in the target CAD, inspection or printing software.

If you need editable CAD, request a separate quote and workflow for reconstruction. Scanner software creates points and meshes rather than a finished parametric model. Revopoint sells MIRACO Plus bundles with reverse-engineering software licenses, so compare the bundle you would actually buy.

09

Cost comparison checklist

Compare dated configurations and unquoted costs

Two documentary CAD configurations make the missing cost items clearer:

Configuration price check, October 14, 2026Priced itemsNot priced or demonstrated here
VEGA HD + QUICKSURFACE Pro, one-year subscriptionVEGA US base USD 1,999; separate software-vendor Pro one-year price EUR 1,700Windows reconstruction workstation, a license for your CAD app, preparation, training, labor, shipping/tax; no cross-currency total
MIRACO Plus + RevoDesign (1 Year License), exact global-store variantSelected global bundle USD 2,467; checked October 16, 2026Destination delivery/import tax, Windows reconstruction workstation, your CAD app, preparation and engineering labor

The QUICKSURFACE edition table documents STEP/IGES and Parasolid export for Pro. The Revo Design edition table documents STEP/IGES export for the base edition, while importing external STEP/IGES requires Pro. The MIRACO bundle's base software license is therefore not evidence that it includes all Pro capabilities. The selected MIRACO Plus bundle was USD 2,467 on October 16, 2026. It has its own price; do not derive it by adding a scanner listing to a separate license. Request a separate quote if you need a software line item. The seller also displays a software coupon, which is not applied to these observed amounts.

For the proposed edit test, upload the reconstructed STEP into your licensed CAD application, check units and solid validity, then add one dimensioned mounting-hole or cut feature. Autodesk's Fusion guidance explains that STEP does not recover the original native feature history. Ask the seller to perform this edit during your demo.

Ask for a written regional quote covering the scanner, accessories, workstation, software edition/term, targets, preparation, training, warranty, repair shipping and taxes. Document reconstruction hours separately. These example setups still need a demo and a complete quote; the reverse-engineering guide compares four such paths.

10

Run the same test on both scanners

Your worksheet

Side-by-side scanner test plan

Use the same object, environment and acceptance rule for both scanners. Leave unanswered questions marked "Unknown".

1. Describe your job2. Note the result3. Copy or download TXT

Example request - preserve the same small feature in both raw captures and open each delivered file at scale. Your entries stay on this device. Copy or download your notes before closing or reloading this page.

Open Side-by-side scanner test plan
Small critical feature
Dark or reflective area
Long-object stability
Repeat capture
Mobile project limit
Downstream file
Total workflow time
First-year total
Three-year total
Fill the required fields before export.
Read the full shared test sequence and processing report

A processing problem worth testing

In a March 2025 owner discussion , a MIRACO Plus user reported finer point spacing on a face-only scan than on a full-body scan. Switching fusion modes allowed smaller spacing but required more cleanup. This is a user report on the manufacturer's forum, not a controlled test; the software version and purchase are not verified. The report describes processing behavior; it does not measure a RAM ceiling or dimensional error. For your demo, process the complete object, record fusion settings and compare the exported detail with cleanup time.

Use the first-year cost worksheet to compare written package quotes alongside those results.

Use the same objects, environment and pass/fail rules for both scanners. A result cannot win because the operator changed the sample or spent longer cleaning up one scan.

  1. Select one small detailed part, one medium mixed-surface part and one long object.
  2. Mark the critical feature and at least two known dimensions on each object.
  3. Record lighting, surface preparation, markers, mode, distance and operator.
  4. Save raw projects before editing.
  5. Time preparation, capture, alignment, meshing, correction and export separately.
  6. Use each vendor's recommended settings, then record every manual change.
  7. Open both exports in the same downstream application and complete the same next task.
  8. Repeat the most important scan once.
  9. Keep failed attempts. A later success does not erase an earlier failure.

Make the mobile comparison on the same feature

Read the part, reference and handoff checks

Run each mode on the same part, preparation permission, reference and next operation in the target program. VEGA's HD/Fast point spacing and MIRACO Plus's single-frame/PMK length claims describe different quantities. They cannot settle the comparison without a part-specific result.

Treat MIRACO Plus's PMK as a separate setup with its specified reference accessories and software steps. Do not transfer its photogrammetric length figure to ordinary near/far capture. Keep the coordinate reference and transforms with each output.

Record capture time, failed attempts, processing host, export, reconstruction and operator work separately. On-device capture can help mobility while a desktop stage remains necessary. Compare both base package quotes with the chosen reconstruction/license path, workstation, preparation, tax and support rather than declaring the cheaper scanner the cheaper system.

Check the independent reference, then test the delivered formats.

Frequently asked questions

Is MIRACO Plus more accurate than EINSTAR VEGA?

That cannot be answered from published data. Revopoint states a single-frame accuracy of up to 0.04 mm for MIRACO Plus, while the EINSTAR pages we checked publish resolution and point distance for VEGA but no accuracy figure. Test both on the same reference object and ask each vendor how their figure was measured.

Can both scanners work without a laptop?

Both have onboard capture and processing. MIRACO Plus's support instructions send third-party-software handoff through Revo Scan (PC), and PMK point-cloud export requires PC version 5.4.12 or newer. VEGA may use StarVision for desktop steps. A Windows reconstruction license is a separate computer requirement even if capture is fully onboard.

Which is better for reverse engineering?

The better unit is the one that produces a usable file from your part with acceptable preparation and reconstruction time. Include the CAD step and its software license in the demo.

What do they cost?

The EINSTAR US base listing was USD 1,999 on October 20, 2026. The selected Revopoint global MIRACO Plus base was USD 2,199 on October 20, 2026. Its exact Revo Design one-year bundle was USD 2,467 on October 16, 2026. These are separate configurations and storefront regions. Earlier sale amounts are historical; confirm delivered edition, SKU, software term, destination, tax, stock and warranty before comparing complete quotes.

Primary sources are the EINSTAR VEGA product page , the EINSTAR VEGA US store page , the Revopoint MIRACO Plus store page and the Revopoint MIRACO Plus brochure (PDF). See the EINSTAR VEGA review, the EINSTAR range and the selector for the next step.

November 6 source review

We reread the VEGA specifications, StarVision records and MIRACO Plus product/support pages. The comparison now distinguishes the current MIRACO Plus computer tiers and makes the desktop/export handoff explicit. PMK remains a separate documented procedure, with its own targets and PC export requirement. The source publication dates, community examples and historical regional prices were not retimestamped, and no hands-on winner is claimed.

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How we work

How we compare scanners

Official manuals, technical sheets and current product pages lead the evidence hierarchy. Missing fields stay visible as questions for the vendor.

  1. Define the object, output and acceptance method.
  2. Record calibration, software, workstation and operator.
  3. Compare the final deliverable under the same protocol.
  4. Keep failed scans and document every manual correction.

Published specifications describe manufacturer claims. A buyer test with your own object remains the final decision step.