Measure with confidence
Analyze and validate measurement systems with precision using ACCEPT msa, an MSA software that simplifies Gage R&R studies and helps ensure reliable measurements.
Real accuracy in every measurement
- Comprehensive measurement system capability assessment based on MSA methodologies.
- Quickly identify sources of variation that impact critical results across your production process.
Statistical reliability for confident decisions
- R&R studies for variables and attributes, providing clear metrics to assess repeatability and reproducibility.
- Easily visualize results to validate equipment, operators, and measurement methods.
Controlled equipment throughout its entire lifecycle
- Centralized records for every piece of equipment, including history, interventions, inspections, and calibrations.
- Track required actions and ensure everything remains within validity and in compliance with the metrology plan.
Key features
Equipment management
Full equipment lifecycle coverage, with documentation, action history, and expiration alerts
Action planning
Set calibration, inspection, and R&R study intervals, with automated alerts for your team
R&R studies for variables
Comprehensive statistical analysis for numerical, binary, ordinal, and nominal variables, with clear calculation of repeatability, reproducibility, and total variation indices.
R&R studies for attributes
Assessment of binary, ordinal, and nominal variables, with simplified results to ease validation of method consistency.
Driving quality and reliability in your results
With ACCEPT MSA, teams can:
- Ensure measurement quality before taking critical decisions
- Quickly identify equipment or methods causing unwanted variation
- Avoid deviations, inspection mistakes, and decisions driven by unreliable data
- Ensure compliance with metrology and regulatory standards
- Cut costs from measurement errors, rework, and non-compliance
- Ensure product quality is driven by truly consistent data
Discover the testimonial from those who use the software on the factory floor
We believe that the best solutions are born in the field. That is why we work side-by-side with teams on every project implemented. Hear from those who are already experiencing ACCEPT.
“In simpler terms, we can now have a faster and more integrated view of all processes, whether microbiology, physicochemistry, equipment calibration, or inspections. Today, with the implementation of all these tools, I have a much broader and more comprehensive perspective on what quality truly means.”
“Without any doubt, one of the most user-friendly solutions available for calibration management systems. A project that was very well supported, with a strong emphasis on the care and dedication of the team, always available and open-minded to client input.”
Real cases with ACCEPT
Implementations demonstrating how ACCEPT MSA digitizes inspections, reduces errors, streamlines audits, and enhances decision-making on the shop floor.
Sumol+Compal Case Study
Statistical Precision
ACCEPT System Implementation
Discover how Sumol+Compal advanced across multiple Quality areas using the ACCEPT system!
Frequently Asked Questions about MSA and Measurement System Analysis
What is MSA (Measurement Systems Analysis)?
MSA, or Measurement Systems Analysis, is a statistical method used to evaluate the quality and reliability of a measurement system. The analysis allows the variation introduced by instruments, operators, and measurement methods to be identified, ensuring that the data used in quality control is reliable.
What is MSA software used for?
MSA software allows measurement system analysis studies to be conducted and the repeatability and reproducibility of measurements to be evaluated. These tools help quality teams verify whether measurement systems are accurate enough to support production and quality control decisions.
How does a Gage R&R study work?
A Gage R&R (Repeatability and Reproducibility) study evaluates the variation introduced by a measurement system. The analysis compares measurements taken by different operators and instruments to determine whether the observed variability comes from the production process or from the measurement system itself.
What are repeatability and reproducibility in measurements?
Repeatability and reproducibility are two components analyzed in a Gage R&R study to evaluate the variation of a measurement system. Repeatability refers to the variation in measurements when the same operator uses the same instrument to measure the same part multiple times. Reproducibility evaluates the variation introduced when different operators perform the measurement under the same conditions.
How can you tell if a measurement system is reliable?
The reliability of a measurement system can be evaluated through a Measurement Systems Analysis (MSA) and Gage R&R studies. These studies allow the variation introduced by instruments and operators to be identified, and verify whether the measurement system is suitable for supporting quality decisions.
How do you comply with the AIAG MSA-4 reference manual and the IATF 16949 standard?
Compliance with the AIAG MSA-4 reference manual and the IATF 16949 standard requires conducting MSA studies, such as Gage R&R, to validate the reliability of measurement systems. Solutions like ACCEPT MSA allow these studies to be structured, ensure consistency in results, and guarantee compliance with the requirements of the automotive sector.
How does ACCEPT msa help with measurement system analysis?
ACCEPT msa is software developed to support measurement system analysis and Gage R&R studies. The platform allows measurements to be recorded, statistical analyses to be performed, and the reliability of measurement systems used in quality control to be quickly evaluated.
What software should be used for Gage R&R studies?
To conduct Gage R&R studies efficiently, it is recommended to use MSA software that allows measurement system variation to be analyzed and clear reports to be generated for audits and quality control. Solutions like ACCEPT msa simplify the execution of these studies and help ensure measurement reliability.
Put measurement reliability at the heart of your decisions.
Book a demo to discover how ACCEPT MSA enhances measurement accuracy and builds trust in your results.