MetroX Pro vs Raptor Pro vs EINSTAR 2: Which 3D Scanner Should You Buy in 2026?

# MetroX Pro vs Raptor Pro vs EINSTAR 2: Which 3D Scanner Should You Buy in 2026?

Overview

The Revopoint MetroX Pro, Creality CR-Scan Raptor Pro, and SHINING 3D EINSTAR 2 can all scan engineering parts, but they are built around noticeably different priorities.

MetroX Pro is the most focused on small-to-medium precision work. Raptor Pro stretches further toward automotive, medium-to-large objects, and mixed engineering use. EINSTAR 2 puts more emphasis on wireless operation, large field of view, outdoor use, people scanning, and general-purpose mobility.

The short version:

• Choose the Revopoint MetroX Pro if your work is mainly small-to-medium mechanical parts, reverse engineering, and detailed controlled scanning.
• Choose the Creality CR-Scan Raptor Pro if you want one scanner to move between detailed blue-laser work and larger automotive or mechanical objects.
• Choose the SHINING 3D EINSTAR 2 if wireless freedom, a very large IR field of view, outdoor capture, and people or general-purpose scanning matter more than having a published universal accuracy figure.

For a broader buying framework, see our Best 3D Scanners for Reverse Engineering in 2026 guide. You can also use the Print3DIndex comparison tool to compare scanner specifications directly.

MetroX Pro vs Raptor Pro vs EINSTAR 2 Specs

> Important: Scan-rate units are not directly interchangeable. Revopoint and SHINING 3D publish points per second, while Creality publishes measurements per second for these modes. Treat the numbers as manufacturer-specific throughput figures rather than a universal benchmark.

The biggest correction to older comparisons is EINSTAR 2's IR Rapid speed. Current SHINING 3D specifications list up to 4,800,000 points/s, not the older 1,440,000 points/s figure that appeared in some earlier material.

Revopoint MetroX Pro — Best for Detailed Engineering Parts

The Revopoint MetroX Pro is the most specialized scanner in this comparison.

It combines 30 crossed blue laser lines, 15 parallel laser lines, and a 62-line full-field blue structured-light mode. Revopoint specifies up to 0.02 mm single-frame accuracy, up to 0.01 mm precision, and up to 0.05 mm fused point distance.

For larger dimensional work, Revopoint also publishes volumetric accuracy of:

0.02 mm + 0.04 mm × L

where L is object length in metres.

Where MetroX Pro Is Strongest

• Reverse engineering
• Machined parts
• Detailed castings
• Small product housings
• Tooling and fixtures
• Mechanical components
• Controlled desktop scanning
• Scan-to-CAD workflows

Its working distance is 200–400 mm, and the published maximum scan volume is 1 × 1 × 1 m. That makes the MetroX Pro much more naturally suited to compact engineering work than to complete vehicles or very large assemblies.

Laser vs Full-Field Workflow

MetroX Pro's laser modes are the precision-oriented choice and rely on marker tracking. The full-field structured-light mode can use feature tracking on suitable feature-rich objects and reaches the scanner's highest published throughput.

That difference is important. The scanner does not provide one identical accuracy, tracking, and speed profile across every mode.

Desktop and Turntable Advantage

MetroX Pro also supports automated turntable scanning. For repetitive capture of small parts, this can be more convenient than continuously hand-scanning every object.

Its RGB color capture is tied to Auto Turntable Mode, so it is not the strongest choice here when portable full-color scanning is a primary requirement.

Main Limitation

The limitation is not detail quality; it is scale.

If your normal job is an engine bay, bumper, vehicle interior, or full human body, MetroX Pro's tighter working range and small-to-medium-object focus can make the other two scanners more practical.

Creality CR-Scan Raptor Pro — Best All-Round Engineering and Automotive Option

The Creality CR-Scan Raptor Pro is the broadest engineering generalist of the three.

Its blue-laser system includes:

• 22 crossed blue laser lines for faster coverage
• 7 parallel blue laser lines for finer scanning
• Up to 0.02 mm published accuracy
• 0.02 mm + 0.08 mm/m volumetric accuracy
• Up to 660,000 measurements/s in cross-line mode
• Up to 420,000 measurements/s in parallel-line mode

It then adds an NIR structured-light mode for larger objects, people, and marker-free feature or texture tracking.

Where Raptor Pro Is Strongest

• Automotive components
• Reverse engineering
• Medium-to-large mechanical parts
• Body panels
• Molds
• Replacement components
• Engineering prototypes
• Users who need both laser and broader NIR capture

Creality specifies an object-size range extending from very small parts to objects around 4 m in scale, although that should be understood as an application range rather than a guarantee of identical accuracy across the entire size range.

Blue Laser and NIR Are Different Workflows

This is the most important thing to understand about Raptor Pro.

The blue-laser modes require circular reflective markers. They provide the scanner's strongest published dimensional specifications.

The NIR mode can use geometry, texture, or marker tracking and is much easier to apply to large objects and people, but its accuracy specification is different from the laser mode.

That makes Raptor Pro flexible, but it also means buyers should not mix specifications from one mode with capabilities from another.

Surface Handling

The blue-laser modes can scan many black and metallic surfaces directly without spray. Highly reflective, transparent, or mirror-like surfaces can still require preparation.

Wireless Use

Raptor Pro is normally a tethered scanner. Wireless operation is available through the optional Creality Scan Bridge rather than being built into the scanner itself.

That distinction matters if you plan to work around large vehicles, machinery, or objects where cables are inconvenient.

SHINING 3D EINSTAR 2 — Best for Wireless and Large-FOV General Scanning

The SHINING 3D EINSTAR 2 is the most mobility-focused scanner here.

It combines:

• 17 parallel blue laser lines in Laser HD
• IR VCSEL in IR Rapid mode
• Built-in Wi-Fi
• Swappable battery power
• Full-color capture
• Outdoor scanning support
• Broad working-distance and field-of-view ranges

Current Scan Speeds

SHINING 3D's current specification page lists:

• Laser HD: up to 2,500,000 points/s
• IR Rapid: up to 4,800,000 points/s

The 4.8 million points/s IR figure is important because older comparison material sometimes repeated a lower 1.44 million points/s value.

Very Large IR Field of View

The published maximum FOV is:

• Laser HD: 490 × 580 mm
• IR Rapid: 1,170 × 1,385 mm

That large IR capture area is a major reason EINSTAR 2 makes sense for:

• Full-body scanning
• Vehicle interiors
• Large sculptures
• Furniture
• Larger objects
• General field scanning
• Outdoor capture

Accuracy Needs Careful Interpretation

Current official EINSTAR 2 specifications do not publish one universal numeric scanner-accuracy value.

They do publish 0.05 mm minimum point distance in Laser HD.

Those are not the same thing.

A 0.05 mm point-distance figure describes scan-data density/detail spacing, not a guaranteed 0.05 mm dimensional accuracy. This is exactly the kind of specification mix-up that can make scanner comparisons misleading.

Tracking by Mode

Laser HD uses Global Marker or Marker tracking.

IR Rapid supports a broader set of alignment methods:

• Global Marker
• Markers
• Features
• Texture
• Hybrid alignment

This is one reason IR Rapid is better suited to large and general-purpose capture.

Human and Outdoor Scanning

For people, EINSTAR 2's IR workflow is the relevant mode. The blue-laser system is Class 2 and should not be treated as the human-scanning mode.

SHINING 3D also publishes outdoor-light limits up to 110,000 lux for Laser HD and 70,000 lux for IR Rapid, giving EINSTAR 2 a strong field-scanning case.

Which Scanner Is Best for Reverse Engineering?

For smaller engineering parts, Revopoint MetroX Pro has the clearest specialist advantage.

Its combination of:

• 0.02 mm published single-frame accuracy
• 0.01 mm precision
• 0.02 mm + 0.04 mm × L volumetric accuracy
• 0.05 mm fused point distance
• Parallel and crossed laser modes
• Full-field mode
• Scan-to-CAD software ecosystem

makes it a strong fit for compact mechanical components.

For larger parts, Creality CR-Scan Raptor Pro becomes more attractive because it combines a precision-oriented laser workflow with a much broader NIR mode and larger working-distance range.

EINSTAR 2 can certainly support reverse-engineering workflows, especially where wireless mobility is valuable, but buyers should be comfortable with the fact that SHINING 3D does not currently publish one universal numeric accuracy figure for the scanner.

Which Scanner Is Best for Automotive Work?

For mixed automotive work, Raptor Pro is the most balanced option.

Its laser modes suit:

• Brackets
• Mechanical components
• Molds
• Detailed body features
• Reverse-engineering targets

Its NIR mode then helps with:

• Larger body surfaces
• Interior sections
• Human-scale objects
• Broader feature-tracked capture

EINSTAR 2 is also compelling for automotive scanning because its wireless design is useful inside cabins and around engine bays, and its IR mode provides a very large field of view.

MetroX Pro makes more sense when the automotive job is a smaller component on the bench rather than the whole vehicle.

Which Scanner Is Best for People and Full-Body Scanning?

EINSTAR 2 is the clearest choice of these three when human scanning is a regular requirement.

Its IR mode is designed for body capture, supports full color, and benefits from wireless operation.

Raptor Pro can also scan people through its NIR mode and includes a dedicated face/body workflow.

MetroX Pro is not the scanner to choose primarily for human scanning.

Which Scanner Is Best for Small Parts?

MetroX Pro is the strongest specialist choice.

Its tighter object range, fine fused point distance, parallel laser mode, and automated turntable workflow fit small mechanical and desktop objects particularly well.

Raptor Pro is more appealing if the same scanner must later be used on much larger subjects.

EINSTAR 2's Laser HD mode can capture smaller features, but the scanner's biggest competitive advantages are mobility and range rather than being the most dedicated small-part platform.

Wireless and Portability

This difference is easy to underestimate.

For a bench-top component, cables may not matter.

For a vehicle, large machine, sculpture, or object that requires walking around several sides, eliminating the data cable can materially improve the scanning workflow.

Surface Handling

All three scanners can handle many surfaces that used to be difficult for inexpensive structured-light systems, but no optical scanner is completely immune to surface problems.

MetroX Pro

Blue-light modes are designed to capture many dark, black, or shiny surfaces directly. Highly reflective or transparent materials can still require preparation.

Raptor Pro

Blue-laser scanning works well on many black and metallic surfaces without spray. Transparent, mirror-like, or highly specular surfaces may still need scanning spray or another preparation method.

EINSTAR 2

SHINING 3D promotes direct capture of many black and reflective surfaces in both workshop and outdoor workflows. Difficult transparent or mirror surfaces can still require preparation.

If surface condition is central to your application, test the exact material rather than relying only on a generic “no spray needed” claim.

Software and Workflow

Hardware is only half of a 3D scanning system.

MetroX Pro

Revopoint's current ecosystem includes:

• Revo Metro for scanning and mesh processing
• Revo Design for scan-to-CAD workflows
• Revo Measure for inspection and CAD comparison

This makes MetroX Pro particularly attractive for users who want a relatively integrated reverse-engineering workflow.

Raptor Pro

Raptor Pro uses Creality Scan for capture and processing. Creality also promotes compatibility with downstream reverse-engineering tools through export formats and third-party workflows.

EINSTAR 2

EINSTAR 2 uses SHINING 3D's current EINSTAR software workflow and can feed scanned data into external CAD, reverse-engineering, visualization, or printing software.

Your preferred post-processing and CAD environment can be just as important as the scanner hardware.

Which One Should You Buy?

Choose by the work you do most often.

Choose MetroX Pro if:

• Most objects are small to medium
• Reverse engineering is the priority
• Fine local detail matters
• Published volumetric accuracy matters
• Desktop or turntable scanning is useful
• You want a focused scan-to-CAD ecosystem

Choose Raptor Pro if:

• You scan both small and large objects
• Automotive work is common
• You want high-accuracy blue-laser modes plus NIR
• Marker-free large-object capture is useful
• Optional wireless expansion is enough

Choose EINSTAR 2 if:

• You want built-in wireless scanning
• Large field of view matters
• You scan people or large objects
• Outdoor work is common
• Color capture matters
• You prefer mobility over a tightly specified metrology-style accuracy workflow

Comparison Section

There is no universal winner.

MetroX Pro is the precision-focused specialist. Raptor Pro is the broad engineering and automotive all-rounder. EINSTAR 2 is the mobility and large-FOV option.

Callout Section

> Recommended use: Start with the objects you scan most often. For compact engineering parts, favor MetroX Pro's focused precision workflow. For mixed automotive and mechanical work, Raptor Pro offers the broadest range. For people, field work, and large wireless scans, EINSTAR 2 is the more natural fit. Then use the Print3DIndex comparison tool to check working distance, tracking, formats, software, and other details against your actual workflow.

Frequently Asked Questions