The FARO-Creaform 3D Scanner Product Lineup for 2026

The peel 3 is a practical starting point for a company, technical professional, or serious enthusiast who wants more than a low-cost scanner purchased from an online marketplace but does not yet require an accredited metrology system.

Inexpensive scanners can look appealing on paper. The problems often emerge after the box arrives. Users may find that training is limited, technical support is handled through online forums or automated chat, and the included software can capture data but provides no efficient path to usable CAD geometry. The owner then has to assemble a workflow from several unrelated applications and learn each one independently.

The peel 3 provides a more complete experience. It is a structured-light scanner that can capture color and use multiple tracking methods. Depending on the object, it can track with part geometry, texture, positioning targets, or an appropriate combination of those methods. That flexibility makes it useful for a wide variety of design, documentation, and reverse engineering projects.

The scanner is especially attractive when paired with professional scan-to-CAD software. Users can capture and clean scan data, combine multiple scans, establish a coordinate system, and create usable design references. From there, the workflow can progress to sketches, features, surfaces, solids, CNC programming, additive manufacturing, assemblies, or production drawings.

The peel 3 is worth considering for:

• Companies beginning to perform 3D scanning internally
• Occasional reverse engineering projects
• Product design and prototyping
• Capturing existing objects for 3D printing
• Digital archiving and content creation
• Users who need real training and support without moving immediately into high-end metrology

It is not intended to replace an ISO-accredited inspection scanner. Instead, it fills the important space between hobby-level products and higher-cost dimensional metrology systems. For users who need an affordable, supported, turnkey path from a physical object to usable digital geometry, the peel 3 can be an excellent place to begin.

The HandySCAN 3D PRO Series is the next step for users who want the speed and surface performance of blue-laser scanning in a professional reverse engineering system. Introduced recently, the PRO Series combines a familiar lightweight handheld format with substantially stronger capability on difficult materials.

Dark, reflective, and machined surfaces are common challenges in industrial scanning. Although every application should be tested, laser systems generally handle these surfaces better than structured-light scanners. During EMS3D testing, the HandySCAN PRO performed impressively on machined aluminum and other challenging finishes while capturing data quickly.

The scanner incorporates a rear display and a comfortable handle, making it easy to monitor and control the scanning process. Its professional-grade specifications include 23 blue laser lines and accuracy up to 0.030 mm, creating a strong balance of performance and value for product development and reverse engineering.

Typical HandySCAN PRO applications include:

• Automotive aftermarket and performance products
• Machine shops and fabrication companies
• Reverse engineering obsolete or damaged components
• Product development and prototype modification
• Capturing surrounding geometry for space-claim design
• Designing fixtures, brackets, enclosures and mating components
• Creating replacement parts when original CAD data is unavailable

Space-claim scanning is an especially useful application. Instead of reverse engineering every object in an assembly, an engineer can capture the available area and use the mesh as a design reference. New components can then be designed around existing equipment with accurate clearance and interface information.

The available scan-to-CAD workflow allows users to clean and merge scan data, align it to the correct coordinate system, and build sketches, surfaces, or solid features in one working environment. Geometry can then be transferred into supported CAD software with design elements such as sketches, planes, and features rather than relying only on a “dumb” polygon mesh.

The HandySCAN PRO is best viewed as a professional design and reverse engineering scanner. A company primarily concerned with formal, traceable inspection should compare it with the accredited BLACK, EVO, MAX, or MetraSCAN product families. For engineers who value fast acquisition, portability, difficult-surface performance, and a streamlined path to CAD, however, the PRO Series occupies a compelling position in the 2026 lineup.

The Go!SCAN SPARK remains a strong choice for applications in which ease of use, organic geometry, and color capture matter more than accredited dimensional inspection.

Like the peel 3, the Go!SCAN SPARK uses structured light and can acquire color information. It provides a larger scanning volume and greater capability for users who routinely capture sculptures, architectural details, consumer products, historical objects, and other complex freeform shapes.

One of its most useful characteristics is tracking flexibility. The scanner can position itself using the object’s geometry, visible texture, positioning targets, or combinations of those references. Objects with distinctive shapes and surface detail can often be captured with few or no targets. Targets can be added when the geometry is repetitive, smooth, or otherwise difficult to track.

The Go!SCAN SPARK is particularly well suited for:

• Sculpture and fine art reproduction
• Museum and historical-preservation projects
• Architectural moldings and decorative elements
• Industrial and consumer-product design
• Organic models and complex freeform geometry
• Applications requiring full-color 3D data
• Projects where extensive target placement is undesirable

This model emphasizes a straightforward scanning experience. That makes it attractive for design studios, preservation specialists, artists, museums, educational institutions, and manufacturers working with aesthetically complex shapes.

The Go!SCAN SPARK can produce highly useful dimensional data, but buyers should distinguish design-grade scanning from accredited metrology. When inspection results must be defended against an industry acceptance standard, the metrology-focused scanner families are the proper place to look.

The HandySCAN 3D BLACK Series helped establish what users now expect from a metrology-grade handheld scanner: portability, speed, strong accuracy, and performance supported by recognized acceptance testing.

Accuracy claims require context. A manufacturer can publish an impressive number, but that number has little practical meaning unless the test method, measured artifact, distances, environmental conditions, and acceptance criteria are clearly defined. For serious inspection work, users should look for specifications verified under recognized standards and backed by an accredited laboratory.

FARO-Creaform operates an ISO/IEC 17025-accredited calibration laboratory and evaluates applicable systems using recognized VDI/VDE or ISO acceptance tests. This provides a documented and repeatable basis for the stated performance rather than an unsupported “up to” claim.

The 2026 BLACK Series gives users several performance and price options. The established HandySCAN BLACK Elite uses 22 blue laser lines and remains available at a competitive price. The BLACK+ generation increases scanning capability, with configurations offering additional laser lines, multiple scanning volumes, and compatibility with large calibrated scale-bar workflows.

The BLACK Series is a strong fit for:

• Portable dimensional inspection
• First-article inspection
• Tool, die, mold and fixture validation
• Production and supplier quality control
• Accurate reverse engineering
• Deviation analysis against nominal CAD
• Measuring components that cannot be brought to a traditional CMM

The important dividing line between the BLACK Series and lower-cost design-oriented scanners is not that the latter cannot measure. It is that formal metrology requires documented, traceable performance. When scan data will be used to accept or reject parts, validate tooling, support a customer report, or make an expensive manufacturing decision, accredited performance should carry significant weight.

For high-performance scanning of small-to-medium-size parts, the HandySCAN 3D EVO Series represents the newest flagship generation in the portable FARO-Creaform metrology lineup.

The top EVO configuration uses 46 blue laser lines plus an additional line and laser pointer. Its specified accuracy reaches 0.020 mm, supported by ISO 17025-accredited calibration and acceptance testing based on ISO 10360 for applicable models. That combination places the EVO Series above scanners that publish high-resolution meshes but cannot provide the same level of documented measurement confidence.

The integrated 4.3-inch touchscreen gives the operator immediate feedback and access to scanner controls. Users can view acquired data, adjust the view, and interact with the workflow without constantly returning to the computer. Available models also incorporate features such as a photo camera, augmented-reality functions, automatic alignment, real-time calibration, and an integrated laser pointer.

The EVO Series is available in multiple configurations, including high-end Elite and limited-edition variants, allowing customers to match capability and price to their requirements. Depending on the selected package, major advantages can include:

• Up to 46 blue laser lines for rapid area coverage
• Accuracy as tight as 0.020 mm
• Two scanning volumes for different feature and part sizes
• Integrated touchscreen and physical controls
• On-scanner visualization and workflow guidance
• Built-in photographic documentation tools
• Scale-bar compatibility for larger measurement volumes
• Mobility Kit compatibility for battery-powered, wireless operation

The Mobility Kit is particularly useful in the field or around objects where a cart, laptop tether, and long cables create obstacles. It allows the operator to move more freely while scanning large assemblies, equipment, vehicles, or parts located in confined spaces.

The HandySCAN EVO should be considered when a customer needs excellent portable accuracy, speed, detail, and accredited performance in a modern, operator-focused package. It is appropriate for demanding inspection as well as high-accuracy reverse engineering, especially when the same system must serve engineering and quality departments.

The HandySCAN 3D MAX Series is physically larger than the other HandySCAN models because it is designed around a fundamentally different requirement: capturing large objects efficiently while maintaining metrology-grade dimensional performance.

Traditional handheld scanners can measure large objects, but a small field of view and short working distance may make the process inefficient. The operator must capture many more frames, place targets closer together, and spend more time walking around the object. Accumulated error also becomes more important as measurement distances increase.

The MAX Series increases the working distance, depth of field, and scanning area. The HandySCAN MAX is recommended for parts from roughly 1 to 10 meters, while the HandySCAN MAX Elite extends the recommended range to approximately 1 to 15 meters—or about 3.3 to 49.2 feet. The Elite’s scanning area can reach approximately 2.0 by 2.4 meters, allowing a substantial amount of geometry to be captured in each pass.

Two primary versions address different requirements:

• HandySCAN MAX: Intended primarily for medium-to-large objects using its principal large-volume configuration.
• HandySCAN MAX Elite: Offers broader flexibility, including multiple scanning areas for users who want one system to cover a wider range of part sizes.

Typical applications include:

• Complete vehicles and vehicle bodies
• Boats and marine structures
• Heavy equipment
• Large castings and fabrications
• Aerospace structures
• Energy and power-generation equipment
• Large molds, tools and patterns
• Tanks, pipes and industrial installations

Despite its larger format, the MAX remains portable compared with many traditional large-volume measurement systems. It can be taken to a plant, job site, hangar, shipyard, or customer facility and set up quickly. The operator can work farther from the surface, use targets at wider spacing where the selected mode permits, and collect large areas without transporting the object to a dedicated measurement lab.

The MAX Series is ISO 17025 accredited and supports calibrated scale bars for stronger volumetric performance. It can also use the Mobility Kit, giving operators more freedom when walking around large structures. A phone mount can provide a convenient secondary display position while scanning.

The MAX is not automatically the best choice for tiny, highly detailed components simply because it can technically capture them. Optical geometry should match the normal part size. Customers who scan both small precision parts and very large equipment should compare the MAX Elite’s multiple volumes with a two-scanner strategy, such as combining a smaller EVO or BLACK system with a standard MAX.

The MetraSCAN 3D differs fundamentally from a self-positioning HandySCAN. It is an optical coordinate measuring system that uses an external C-Track camera to track the scanner and, when required, the measured component.

The scan head carries a pattern of optical references that allows the C-Track to determine its position in space. When a few differently coded references are added to the component or fixture, the system can track the scanner and part independently. The part can move, vibrate, or be repositioned without destroying the measurement relationship.

Dynamic referencing is extremely useful on the shop floor, where environmental stability cannot be taken for granted.

A traditional measurement process may assume that the object and measuring device remain perfectly fixed. The MetraSCAN architecture continuously monitors their relative positions, allowing reliable measurement in a more realistic production environment.

Depending on the model and configuration, the modern MetraSCAN platform can operate in multiple ways: with the C-Track for flexible measurement across different part sizes, in stand-alone mode for access in confined locations, and in probing mode with a HandyPROBE.

Probing complements scanning. A scanner captures surfaces rapidly, while a tactile probe can reach deep holes, hidden features, narrow recesses, tooling points, and small bores that are difficult to observe optically. It can also acquire discrete points or feature centers where contact measurement is the more efficient method.

The MetraSCAN 3D is well suited for:

• Shop-floor dimensional inspection
• Automotive bodies, assemblies and tooling
• Turbine and power-generation components
• Medium-to-large machined parts
• Weldments and large fabricated assemblies
• Fixtures, jigs and production equipment
• Parts that may move or vibrate during measurement
• Projects requiring both full-field scanning and tactile probing

The tradeoff is portability. The external tracking camera and associated hardware require more setup than a single self-contained handheld scanner. In return, the user gains dynamic referencing, reduced dependence on targets covering the entire part, optional probing, and an architecture designed specifically for flexible industrial metrology.