File Exchange > DataAnalysis >    Gage Study - Continuous Data

Author:
OriginLab Technical Support
Date Added:
11/9/2017
Downloads (90 Days):
150
Last Update:
11/27/2017
Total Ratings:
0
File Size:
709 KB
Average Rating:
File Name:
Gage Study...ta.opx
File Version:
1
Minimum Versions:
2018 (9.5)
License:
Free
Summary:

Using repeatability and reproducibility analysis to measure the measurement error in measurement systems.

Screen Shot and Video:
Description:

Purpose:

Gage R&R analysis is a statistical tool that measures the amount of variation in the measurement system arising from the measurement device and the people taking the measurement.

Installation:

Download the file and drag-and-drop onto Origin. A new corresponding icon will appear in the Apps Gallery window. A toolbar will appear when launching the APP.

Note:

Worksheet data in Origin are organized by row index number. For instance, in a gage study, each measurement made on a part might be matched by row index number to a part number, an operator number and a replicate number.

  • Type 1 Gage Study
    A Type 1 study is used for evaluating the repeatability of a measuring process.
    Key input parameters: Measurement Data, Reference, Tolerance, Limit Type: Two-sided or one-sided (Upper Only, Lower Only), Percent of tolerance for calculating Cg, Study variation (num of SD).
  • Gage Linearity and Bias Analysis
    Assess the linearity of gauge response across the expected range of measurements.
    Key input parameters: Part Numbers, Reference Values, Measurement Data, Process Variation (optional)
  • Gage R&R Study(Crossed)
    In a crossed study, all parts are measured by all operators.
    Key Input Parameters: Part Numbers, Operators, Measurement Data, Method of Analysis (ANOVA, Xbar and R), Gage Tolerance, Study Variation (number of standard deviations), Process Tolerance (specification limit), Limit Type: Two-sided or one-sided (Upper Only, Lower Only), Historical Standard Deviation.
  • Gage R&R Study(Nested)
    In a nested study, each operator measures a unique set of parts.
    Key Input Parameters: Part, Operator, Measurement Data, Gage Tolerance, Study Variation (number of standard deviations), Process Tolerance (specification limit), Limit Type: Two-sided or one-sided (Upper Only, Lower Only), Historical Standard Deviation.
  • Create Gauge Worksheet
    Optional. Generate a worksheet for recording readings from your gage study.
    Key input parameters: Number of Parts, Number of Operators, Number of Replicates, Randomization (None, All Runs, Runs within Operators).

 

 

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