PIPSpro Software

TG-142 Made Easy

Expedite superior QA, using an intuitive user-interface, specialized phantoms and centralized database to simplify over 30 TG-142 procedures.

The PIPSpro Normative Data Cooperative is a central hub of information that users can contribute to, and compare results against.
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Comprehensive Imaging QA

Easily attain results for TG-142 recommended imaging QA, including:

  • MV Imaging
  • kV Imaging
  • Cone-beam CT
  • IGRT

Quantifiable Machine QA

PIPSpro quickly analyzes specialized phantoms to provide precise, quantitative results for TG-142 machine QA procedures, including:

  • MLC positioning (Static, IMRT), leakage and more
  • Stereotactic (Winston-Lutz)
  • Radiation Field / Light Field
  • Star Shot analysis for rotational isocenter verification

Validated Performance

Over 55 publications validate PIPSpro and its specialized phantoms' performance, highlighting the software's compatibility with a variety of different imagers.

Refined User-Interface

New, streamlined user-interface simplifies QA testing. Easy-to-use tabs automate analysis, data storage, historical trending and reporting.

Centralized Database for Trending and Reporting

A central data hub allows for quick access to QA results from multiple computers, departments or sites.

TG-142 Compliant QA Modules

QC Module

Analysis of QC-3 and QCkV-1 Phantom images provides data for monthly MV/kV imaging tests, including:

  • Spatial resolution*
  • Contrast-to-noise*
  • Overall noise*

*Meets TG-142 specification for comparison to baseline

Analysis of FC-2 Phantom images provides data for monthly mechanical and imaging QA procedures, including:

  • Jaw position indicators (symmetric) - Meets TG-142 specification of measuring tolerances of 2mm
  • Light/radiation field coincidence - Meets TG-142 specification of measuring tolerances of 2mm or 1% on a side
  • Scaling, MV Imaging - Meets TG-142 specifications of measuring tolerances of ≤2mm (non-SRS/SBRT) and ≤1mm (SRS/SBRT)
  • Scaling, kV imaging - Meets TG-142 specifications of measuring tolerances of ≤2mm (non-SRS/SBRT) and ≤1mm (SRS/SBRT)

Star Shot Module

Analysis of star shot images provides data for annual mechanical procedures, including:

  • Collimator rotation isocenter*
  • Gantry rotation isocenter*
  • Couch rotation isocenter*

*Meets TG-142 specification of measuring tolerances of ±1mm from baseline

Stereotactic Module [COMPREHENSIVE ONLY]

Accurate, reproducible results:

  • Automatically analyze EPID images of Winston-Lutz ball marker
  • Assure patient position for the most precise stereotactic treatments using the calculated 3D offset

MLC QA Module [COMPREHENSIVE ONLY]

Analysis of MLC Phantom images provides data for TG-142 procedures*, including:

  • Qualitative test [i.e., matched segments, aka 'picket fence']
  • Setting vs. radiation field for two patterns [non-IMRT]
  • Leaf position accuracy [IMRT]
  • MLC Transmission [average of leaf and interleaf transmission, all energies]
  • Leaf position repeatability
  • Segmental IMRT [step and shoot] test

*Exceeds TG-142 specifications with quantitative analysis

IGRT Module [COMPREHENSIVE ONLY]

Track and trend results to prevent potential clinical issues:

  • Imaging and treatment coordinate coincidence [kV, MV, CBCT] (single gantry angles and four cardinal angles)
  • Positioning/repositioning [kV, MV, CBCT]

CBCT Module [COMPREHENSIVE ONLY]

Automatic analysis of Catphan® phantoms provides data for monthly Cone-Beam CT QA Tests, including:

  • Geometric distortion - Meets TG-142 specification of measuring tolerances of ≤2mm (non-SRS/SBRT) and ≤1mm (SRS/SBRT)
  • Spatial Resolution*
  • Contrast*
  • HU Constancy*
  • Noise*

*Meets TG-142 specification for comparison to baseline

 

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The TG-58 Report encourages users to demand the use of a tool such as PIPSpro QC Software at acceptance to help ensure that the EPID is indeed operating at or above specifications.** Michael G. Herman, et al, “Clinical Use of Electronic Portal Imaging: Report of AAPM Radiation Therapy Committee Task Group 58,” Med. Phys. 28 (5), May 2001

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PIPSpro™ Software QC-3 Phantom


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PIPSpro™ Software QCkV-1 Phantom


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PIPSpro™ Software FC-2 Phantom


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QC Results


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Trending Results