PolyWorks|Inspector™

PolyWorks|Inspector™

PolyWorks|Inspector™ is universal 3D inspection and GD&T software for portable metrology devices, 3D scanners and CNC CMMs.

Inspect parts against CAD, or without it, and report the results from one platform. Every license includes one year of support and maintenance.

  • Drives portable arms, trackers, scanners and CNC CMMs
  • Smart GD&T engine based on ASME and ISO standards
  • Color-map deviation analysis on scans and probed points
  • AS9102 and PPAP first article inspection reports
  • New in PolyWorks 2026: CT module and 5-axis probe heads

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PolyWorks|Inspector 2026

One 3D Inspection Platform for Every Measurement Device

PolyWorks|Inspector is universal 3D dimensional analysis and quality control software from InnovMetric. Quality teams use it to check tool and part dimensions, diagnose and prevent manufacturing and assembly problems, guide assembly with real-time measurements, and track the quality of finished products.

What sets it apart is that one inspection project runs on any device. The same workflow drives portable arms, laser trackers, handheld 3D scanners and CNC CMMs, and it works with or without a CAD model. Measure point clouds, polygonal meshes or probed points, compare them to CAD or to a reference part, and report the results in one place.

The current release, PolyWorks 2026, adds a CT scanning module for multipiece inspection, real-time integration of portable multi-line scanners, native support for 5-axis probe heads, and a web-based app for collecting handheld gauge readings and visual checks on the shop floor.

What it does

A Complete Dimensional Analysis and GD&T Toolbox

At the core of PolyWorks|Inspector is an inspection engine with parametric data handling and mathematical algorithms certified by PTB, Germany's national metrology institute.

Universal data handling

Extract measured dimensions from point clouds, polygonal models or probed points, and nominal dimensions from a CAD model or a measured reference part.

Smart GD&T

A GD&T engine built on the ASME and ISO standards, with advanced datum reference frames, material condition and datum modifiers, and radial, unequal bilateral and unilateral tolerance zones. See how GD&T works on scan data.

Color-map deviation analysis

Compare surface, boundary, cross-section and thickness deviations against nominal and read them at a glance on a color map.

Alignment that holds

Constrained surface and cross-section best-fits, best-fit within tolerance, and alignments built from features, datum targets, reference targets or flush and gap gauges.

Profile, flush & gap and airfoil gauging

Measure radius, angle, bending, flush and gap on sheet metal assemblies and fillets. An optional airfoil module analyzes fan, compressor and turbine blades.

Reports, FAI and SPC

AS9102 and PPAP-compliant first article inspection reports, control views, and SPC trend charts across multiple pieces. Export to PDF, Excel, Word or HTML. Read our FAI workflow guide.

Portable metrology

Arms, Laser Trackers and Handheld 3D Scanners

InnovMetric is known for the power and stability of its direct hardware interfaces. Plug in a portable device and inspect without exporting or converting data.

  • Real-time quality meshing shows scan quality while you scan, so problems are caught at the part, not back at the desk.
  • Coverage guidance shows exactly where the operator still needs to capture data for reliable feature extraction.
  • Guided probing uses images, text, 3D graphics and tolerances to keep measurements repeatable from operator to operator.
  • Live assembly guidance tracks part position with digital readouts from multiple laser trackers at once.
Portable metrology devices supported by PolyWorks|Inspector: laser tracker, optical tracker and probes
PolyWorks® image courtesy of InnovMetric Software

CNC CMM

CNC CMM Programming That Is Easier to Get Right

PolyWorks|Inspector brings the same workflow to CNC CMMs that it uses for portable devices. Nominal features, dimensions and reports are managed outside the sequence editor, so sequences stay short and easy to read.

  • Select what to measure and let the sequence editor work out tool orientations, measurement order and collision-free paths.
  • Potential collisions are detected in real time, and illogical operations are flagged with one-click repair.
  • Build a sequence once, then convert it to another CMM brand or configuration automatically.
  • Connects through direct drivers for major controllers, Zeiss CMM-OS, or I++ for all brands. PolyWorks 2026 adds native 5-axis probe head support.

Deciding between a CMM and a scanner? Read 3D scanning vs. CMM.

Operator running a CNC CMM inspection with PolyWorks|Inspector
PolyWorks® image courtesy of InnovMetric Software

Universal workflow

Build the Inspection Once, Measure It on Any Device

Inspection projects in PolyWorks|Inspector are not tied to the device that created them. Plan once and the project plays back on whatever is available on the floor.

  • Use piece measurement templates to preconfigure the workflow for each of your devices.
  • Keep several measurement templates inside a single inspection project.
  • Convert measurement objects and sequences between measurement principles automatically.
  • Replay the workflow on the next part with the Play Inspection tool, and run lights-out with macro scripting. More in our guide to automated 3D inspection.
PolyWorks|Inspector connected to portable arms, laser trackers, 3D scanners and CMMs
PolyWorks® image courtesy of InnovMetric Software

How it works

From Measurement to Report in Four Steps

  1. Measure or import

    Connect your device live, or import point clouds and meshes. Load the CAD model with its GD&T, or use a measured part as the reference.

  2. Align

    Best-fit the data to nominal, or align on features, datum targets and reference points.

  3. Control

    Apply GD&T controls, feature dimensions, color maps, cross-sections and flush and gap gauges.

  4. Report and repeat

    Generate FAI and SPC reports, share them, then replay the same inspection on the next piece.

Packages

Compare PolyWorks|Inspector Packages

Every package includes the alignment, dimensional control, Smart GD&T, reporting and SPC toolsets. The difference is which measurement devices it can drive.

Feature PremiumStandardProbing++ProbingGauging
Portable single-point devices Articulated arms, optically tracked probes, laser trackers, manual CMMs Included Included Included Included Not included
CNC CMM single-point probing Direct controller drivers plus I++ in CNC mode Included Not included Included Not included Not included
Portable point cloud digitizers Laser line, fringe projection and long-range scanners, plus native file import Included Included Not included Not included Not included
Laser scanning on CNC CMMs Included Not included Not included Not included Not included
CT scanner data module Import, segment and mesh CT data Option Option Not included Not included Not included
Digital gauges, manual entry and visual checks Included Included Included Included Included
Real-time and offline point cloud meshing Included Included Not included Not included Not included
PolyWorks|Modeler Standard (with NURBS surfacing) in Premium, Light in Standard Standard Light Not included Not included Not included
PolyWorks|AR plug-in Mixed reality on Microsoft HoloLens Included Not included Not included Option Option
Native CAD translators CATIA, NX, Creo, Inventor and SolidWorks, with PMI where supported Option Option Option Option Not included
Airfoil gauges Fan, compressor and turbine blades Option Option Option Option Not included
Alignment, GD&T, reporting, SPC, simulation mode Plus Play Inspection and the Sequence Editor Included Included Included Included Included
One year of support and maintenance New releases, monthly updates, technical support, MyPolyWorks access Included Included Included Included Included
Two seats at InnovMetric Basic training Classroom training; travel not included Included Included Included Included Not included

Package contents as published by InnovMetric. Not sure which one fits? Tell us your devices and parts and we will recommend a package.

Compatibility

Supported Devices and CAD Formats

PolyWorks|Inspector connects to hardware through direct plug-ins, and it reads 38 point cloud file formats for everything else.

Portable arms

  • Faro
  • Hexagon / Romer
  • Nikon
  • CimCore
  • Kreon
  • PMT
  • RPS Metrology
  • Tomelleri-SpaceArms
  • TTS Vectoron

Handheld, optically tracked devices

  • Aicon
  • Creaform
  • Geodetic
  • Hexagon
  • Keyence
  • Metronor
  • Nikon
  • NDI
  • Scantech (SCANOLOGY)
  • Zeiss

Laser trackers

  • API
  • Faro
  • Leica

Polygonal mesh scanners

  • Creaform
  • Faro
  • Hexagon
  • Keyence
  • Scantech (SCANOLOGY)
  • Shining 3D

Line scanners

  • API
  • Faro
  • Hexagon
  • Kreon
  • Laser Design
  • Leica
  • NDI
  • Nikon
  • Perceptron
  • TTS Vectoron
  • Zeiss

CNC CMM controllers

  • Coord3
  • DEA
  • Deva
  • EasyCMM
  • Hexagon
  • Leitz
  • LK
  • Mitutoyo
  • Pantec
  • Sb-Elektronik
  • Wenzel
  • Zeiss (CMM-OS)
  • any brand via I++

Digital gauge receivers

  • MicroRidge (MobileCollect
  • GageWay)
  • Mitutoyo U-Wave
  • Sylvac / Fowler

CAD formats

  • STEP / STEP AP242
  • IGES
  • QIF
  • JT
  • Parasolid
  • ACIS
  • VDA-FS
  • CATIA V6 / V5 / V4
  • NX
  • Creo
  • SolidWorks
  • Inventor

Using a scanner from us? SCANOLOGY (formerly Scantech) is on InnovMetric’s plug-in list for optically tracked probing and mesh scanning, which covers scanners like the TrackScan Sharp-S and TrackScan GO. Scans from Artec scanners come in through standard mesh and point cloud files exported from Artec Studio. Browse all SCANOLOGY scanners.

The PolyWorks platform

Free Apps and Add-Ons That Work With Inspector

Results do not have to stay on the inspection workstation. These PolyWorks tools put them in front of the rest of the team.

Engineers reviewing 3D inspection results in PolyWorks|Reviewer
Free

PolyWorks|Reviewer

A free viewer for PolyWorks|Inspector projects. Engineering and manufacturing teams can review 3D results, investigate dimensional issues and share findings with suppliers and customers.

PolyWorks|Talisman app showing live deviation values on a smartphone
Free

PolyWorks|Talisman

A free smartphone and tablet app that controls PolyWorks|Inspector over secure Wi-Fi, so operators can run a measurement session at the part instead of walking back to the computer.

PolyWorks|ReportLoop linking 3D inspection results on a cast part to an Excel report
Free

PolyWorks|ReportLoop

Free Excel-based reporting. Link spreadsheet cells to items in Inspector projects so your corporate report templates update automatically, and run measurement system analysis and gauge R&R studies.

Operator wearing a HoloLens headset with PolyWorks|AR measurement guidance on a part
In Premium

PolyWorks|AR

A mixed reality plug-in for Microsoft HoloLens that overlays measurement results and guidance graphics on the physical part. Included with Premium and optional on Probing and Gauging.

Exploded car body with NURBS surfaces fitted in PolyWorks|Modeler
In Premium / Standard

PolyWorks|Modeler

Reverse engineering for scanned parts: repair meshes, fit NURBS surfaces and extract curves and sketches for your CAD software. Need a model built for you instead? See our 3D scanning and reverse engineering services.

New in 2026

PolyWorks|DataLoop

Central data management for inspection projects, templates and results across sites and suppliers. New in 2026: DataLoop Cloud, a hosted SaaS version with no server to set up or maintain.

PolyWorks® image courtesy of InnovMetric Software

Technical specifications

PolyWorks|Inspector System Requirements

Current requirements as published by InnovMetric. Point clouds and large CAD files are demanding, so plan around the recommended configuration if you scan.

Minimum

For single-point probing devices and CAD files under 50 MB.

Operating system
Windows 11 Pro or Windows 10 Pro (64-bit) version 22H2, or equivalent Enterprise editions
Processor
x64 quad-core, comparable to Intel Core i5
Memory
8 GB RAM
Graphics
Hardware-accelerated professional OpenGL card with 1 GB of memory
Input
Two-button mouse with wheel

Recommended

For large CAD models and high-resolution laser scanning.

Operating system
Windows 11 Pro or Windows 10 Pro (64-bit) version 22H2, or equivalent Enterprise editions
Processor
x64 high-performance, comparable to Intel Core i7 or better
Memory
32 GB RAM or more
Graphics
Professional NVIDIA RTX or Quadro series card
Input
Two-button mouse with wheel
  • ARM processors are not supported.
  • Gaming graphics cards, such as the GeForce RTX series, are not supported.
  • The CT module requires an NVIDIA GPU compatible with CUDA 12.8.
  • PolyWorks 2027 will require Windows 11 Pro.

Buying a workstation for scanning? Ask us before you order and we will check the spec.

Why buy from us

Buy PolyWorks|Inspector From Digitize Designs

We sell, set up and support 3D scanners and inspection software together, so you have one team to call for the whole workflow.

Free trial

Try PolyWorks|Inspector on your own parts before you commit.

Training included

Training, technical support and updates are included with all software we sell.

Hardware and software

Pair PolyWorks with a scanner we sell and set up, and keep one point of contact.

See PolyWorks|Inspector on Your Own Parts

Request a free trial, or talk to one of our engineers about your parts, your measurement devices and the reports you need to produce.

Already a PolyWorks user? Renew your license or maintenance.

PolyWorks|Inspector FAQs

What is PolyWorks|Inspector used for?

PolyWorks|Inspector is 3D dimensional analysis and quality control software. Manufacturers use it to check part and tool dimensions against CAD, apply GD&T, find the cause of manufacturing and assembly problems, guide assembly with live measurements, and produce inspection reports such as AS9102 first article inspections.

What is new in PolyWorks 2026?

PolyWorks 2026, released in April 2026, adds a CT scanning module for multipiece inspection, real-time integration of portable multi-line scanners, native 5-axis probe head support with collision analysis, a web-based app for handheld gauge and visual check data, license sharing across sites, and DataLoop Cloud, a hosted version of PolyWorks data management.

How much does PolyWorks|Inspector cost?

Pricing is quoted. It depends on the package (Premium, Standard, Probing++, Probing or Gauging), the options you add, such as native CAD translators, CT or airfoil gauging, and the license type. Contact us for a quote or start with a free trial.

Which PolyWorks|Inspector package do I need?

It comes down to your devices. Premium drives everything, including CNC CMMs and point cloud scanners. Standard covers portable probing and portable 3D scanners. Probing++ adds CNC CMM probing to portable probing, without scanning. Probing is for portable probing devices only, and Gauging is for digital gauges, manual entry and visual checks. All of them include the full alignment, GD&T, reporting and SPC toolsets.

Does PolyWorks|Inspector work with my 3D scanner?

Very likely. InnovMetric publishes direct plug-ins for scanners and trackers from Creaform, Faro, Hexagon, Keyence, Leica, Nikon, Scantech (SCANOLOGY), Shining 3D, Zeiss and others, and PolyWorks reads 38 point cloud file formats for devices without a plug-in. Artec scans can be exported from Artec Studio in standard formats and inspected in PolyWorks.

Can PolyWorks|Inspector program and run a CNC CMM?

Yes, with the Premium or Probing++ package. It connects to major CMM controllers through direct drivers, to Zeiss through CMM-OS, and to any brand through I++. The sequence editor plans tool orientations and collision-free paths, and a conversion tool adapts a sequence to a different CMM.

Can I inspect a part without a CAD model?

Yes. Nominal dimensions can come from a CAD model or from a measured reference part, and the inspection workflow works either way.

Does PolyWorks|Inspector create AS9102 and PPAP reports?

Yes. It produces AS9102 and PPAP-compliant first article inspection reports, with a control list sorted by characteristic and results shown in 3D. Reports export to PDF, Excel, Word and HTML.

What computer do I need to run PolyWorks|Inspector?

A 64-bit Windows 11 Pro or Windows 10 Pro 22H2 PC. The minimum is a quad-core x64 processor, 8 GB of RAM and a professional OpenGL graphics card with 1 GB of memory. For scanning, InnovMetric recommends a Core i7 class processor, 32 GB of RAM or more and a professional NVIDIA RTX or Quadro card. Gaming cards and ARM processors are not supported.

Is training included?

Yes. Training, technical support and updates are included with all software we sell. Every package except Gauging also includes two seats at an InnovMetric Basic classroom training at their Quebec City headquarters or a PolyWorks USA training center (travel not included).

Is there a free PolyWorks viewer?

Yes. PolyWorks|Reviewer is a free app for opening PolyWorks|Inspector projects, reviewing 3D results and sharing findings. PolyWorks|Talisman (remote control from a phone or tablet) and PolyWorks|ReportLoop (Excel reporting) are also free.

PolyWorks® images courtesy of InnovMetric Software.

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