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PolyWorks Inspector™:

PolyWorks/Inspector™ is a powerful software solution that uses high-density point clouds to control the quality of castings/dies/molds and to approve manufacturing processes through prototype, first-article, manufactured, and assembled parts inspection. PolyWorks/Inspector offers a complete toolset for comparing forms and profiles (part-to-part and part-to-CAD), and includes the most complete GD&T analysis capabilities on the market, as well as the widest array of soft-gauging tools. PolyWorks/Inspector offers unprecedented automation capabilities with its macro recorder and user-friendly scripting language. One click of a mouse can execute an entire inspection sequence and generate detailed and customized inspection reports.



The complete PolyWorks/Inspector solution allows you to:

  • Precisely align any scanned object to its reference model;

  • Compare a digitized object to its reference model for extensive form and profile analysis;

  • Apply advanced Geometric Dimensioning and Tolerancing (GD&T) analysis on point clouds;

  • Extract accurate measurements directly from digitized parts using sophisticated software-based gauging tools;

  • Automate your inspection processes through powerful macro-programming capabilities;

  • Create meaningful inspection reports through a rich set of building blocks;


Precisely align any scanned or imaged object to its reference model:

Prior to comparing digitized data to a CAD model or to the surface of another scanned object, users need to bring the data points into the coordinate system of the reference model. PolyWorks/Inspector offers a sophisticated set of point-to-surface alignment techniques, including:

intelligent best-fit Feature-based and 3-2-1 alignment Alignment based on reference points (RPS or datum targets)
 
 
 

 

All techniques can be fully automated and constrained for optimizing specific degrees-of-freedom.

Compare a digitized object to its reference model for extensive form and profile analysis

 

 

As unknown problems are difficult to understand and characterize, quality engineers require many tools to tackle their real-life applications. PolyWorks/Inspector allows you to quickly compare your digitized point clouds to their reference models through a wide range of part-to-CAD and part-to-part comparison techniques. PolyWorks/Inspector’s ability to handle large data sets of up to 100 million points gives you a complete source of information for your global analyses.

 

PolyWorks/Inspector offers an extensive set of comparison techniques for comparing forms and profiles, including:
  • Global comparison to CAD surface or boundary
  • Cross-sectional analysis
  • Interactive measurements
  • Report by comparison points

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Geometric Dimensioning and Tolerancing (GD&T) is a methodology used by design engineers to specify design requirements, and communicate to quality control specialists in a non-ambiguous way what dimensions needs to be measured and how they should be measured.

PolyWorks’ implementation of GD&T methodology allows you to program your GD&T inspection process using CAD geometry, and then automatically extract all measurements required directly on the digitized point clouds.

 

PolyWorks/Inspector offers the most advanced set of tools for GD&T analysis, including:>

 
  • Automatic feature extraction from CAD models
  • Automatic feature fitting on point clouds
  • Automatic datum-based alignment for True Position
  • Full support of feature patterns
  • compliant GD&T annotations
  • GD&T and tolerance templates for quick and efficient GD&T programming

 

 

 

 

 

 

 

 

 

 

 

 

 

 


Extract accurate measurements directly from digitized parts using sophisticated software-based gauging tools.

PolyWorks/Inspector software-based gauging tools virtually replicates typical physical gauging inspection techniques in a fraction of the time, and yield superior results at a fraction of the cost. 

In the merging operation, one model always has a higher priority. Starting from the boundary of the higher priority model, IMEdit detects overlapping areas between the two models. The two models are then blended over a user-specified distance from the boundary of the higher priority model.

PolyWorks/Inspector soft-gauging tools include:

  • Programmable Flush and Gap gauges
  • Caliper gauges
  • Radius gauges
  • Thickness gauges

Automates the inspection process through powerful macro-programming capabilities

PolyWorks/Inspector offers powerful tools that enable you to automate an entire inspection task through a user-friendly macro-programming environment.

PolyWorks/Inspector Command Center allows you to:

• Record your operations and paste them into a macro editor

• Quickly access on-line help

• Check syntax prior to running macros (with macro compiler)

Create meaningful inspection reports through a rich set of building blocks

PolyWorks/Inspector offers a wide array of building blocks that you can use to build meaningful inspection reports adapted to the needs of your organization. PolyWorks’ comprehensive inspection reports are entirely customizable, enabling you to clearly communicate results with colleagues, suppliers, and customers.

PolyWorks/Inspector’s flexible report capabilities include:

  • Scalable 2D vector graphics exportable to DXF, HPGL (for 1/1 full scale plotting), PDF, and SVG files
  • Sophisticated annotation capabilities for intelligent snapshots exportable to BMP, JPG, and TIFF files
  • Customizable reports with tables, text, and images exportable to Excel, HTML, or Word files.
  • Pie charts exportable to Excel
  • Video reports exportable to an AVI file

 

Applications  

PolyWorks/Inspector is a powerful comparison and measurement software solution for the rapid inspection of physical objects using high-density point clouds to:

Control the quality of castings, dies, and molds;

Approve a manufacturing processes through prototype, first-article, manufactured, and assembled parts inspection

Inspect the core of a plastic part

Measure discrepancies between two molds or dies;

Track the modifications made to a clay model;

Measure shape deformation over time for objects submitted to harsh conditions;

Analyze differences between non-rigid objects;

Create a golden template from several prototypes.

3D Digitizers and CMMs Supported: All  

CAD Formats Supported:

CATIA V4 and V5IGES, PRO/E, VDA-FS

Polygonal Formats Translators Supported: DXF (write-only), Inventor (write-only) SolidWorks, OBJ, PLY, POL, STL (ASCII and binary), VRML 2.0  Report Formats Supported: ASCII, AVI, DXF, HPGL HTML, Microsoft Excel, Microsoft Word, PDF,SVG VRML

 

Contact us for more info



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