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MSA Link Pro - GX2 Fleet Management software. Link Pro version GX2 Firmware version 1.11.0185. MSA: Mid-Stage Assessment (UK project management) MSA: Microsoft Student Ambassador: MSA: Minnesota Software Association: MSA: Mobile Service Agent: MSA: Mark Space Amplitude (electronics) MSA: Mean-Square Average: MSA: Molloy Software Associates: MSA: Mobile Subscriber Access: MSA: Multi-dimensional Systolic Array: MSA: Managed Services. Our website provides a free download of MSA Link 1.02.18. This free software was originally produced by MSA. The most frequent installer filenames for the program are: Msa.Link.exe and MsaLink.exe etc. The software lies within System Utilities, more precisely Device Assistants. MSA Link is compatible with Windows XP/7 environment, 32-bit version. MSI Afterburner is the world’s most recognized and widely used graphics card overclocking utility. It provides detailed overview of your hardware and comes with some additional features like customizing fan profiles, benchmarking and video recording.

Implementation Team

Each member of the Implementation team at MSA Systems was hand selected for their experience, not only with the applications and systems they have used, but also for their experience with new implementations, upgrades, and overall warehouse operations to ensure the success of each project.

As you can see in our testimonials section, we have earned considerable praise for the projects we have taken on. Not only in managing the projects and hitting our go live dates, but also for the training we give your teams to enable them to perform their job as effectively as possible.

After the go live, we continue to be your partner to take on new challenges as they arise. From upgrades and restructuring, to custom reporting and labeling. Our goal is to make you successful with your customer and to help you grow to the level you set for your goals.

Warehouse Management

For businesses that are looking for high visibility to their inventory and manufacturing, MSA Systems offers Warehouse Management solutions to fit your business requirements. Tying into financial systems from QuickBooks, Intacct, MAS, Sage, Dynamics, and many more, we have a solution that will fit your Inventory Control needs and your specific business processes.

Each of our team members has decades of experience in warehouse management. We have the background to guide your business into the Best Practices and we will be your partner through your growth.

To complement our warehouse management systems, we also provide services and equipment for wireless infrastructure, devices from printers to scanners and the barcode and RFID labels needed for accuracy, efficiency, and automation.

Asset Tracking (RFID and Barcoding)

For those situations where you want to track your assets, but don’t need the full scale or visibility of a warehouse management system, MSA Systems can also help integrate a number of asset tracking systems.

This is an excellent way to track your high value items like computer components, furniture, weapons stores, and finished goods.

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Asset management is a systematic process of operating, maintaining, upgrading, and disposing of assets cost-effectively. This is ideal for things you want to track that you won’t be putting on a sales order and will never hit your Costs of Goods Sold (COGS) account.

Document Tracking

The use of documents remains critical to the operations of most organizations today, and documents will be a core information resource far into the future. For people to do their job, and for customers to receive excellent service, workers and professionals require ready-access to physical documents. Gartner Group and similar consultant’s report that professional workers lose up to four weeks annually due to waiting-on and searching-for documents.

MSA Systems provides RFID (radio wave) and bar code solutions that dramatically reduce lost personnel productivity due to inefficient filing systems and file tracking. Every Document Tracking database management system is tailored to each customer’s specific workflow and reporting requirements, including file tracking, retention scheduling and a full spectrum of records management functionality.

Bar coding works well for organizations where staff will follow policies and procedures, but because bar coding solutions require manual execution, they are most often ineffective. RFID technology is passive, enabling the use of portable and office antennas to track files real-time, without staff having to do anything at all. Call MSA Systems today for more information or to setup a free records management consultation!

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Mobility Solutions

All of these functions are important for visibility, and the functionality is increased by giving the power to the people in the field through a mobility solution.

Find out how custom applications can help your business processes collect and manage your data through your systems, giving visibility to your key personnel right when they need it. Our software is written for the devices you need, and our devices are proven to handle what you can throw at them. From sanitary pharmaceutical and health care applications, to industrial warehousing and manufacturing plants, we can supply you with the right tool for the job.

Project Management

The key to a successful project is in the management of the project. MSA Systems only employs the best of each specialty, representing decades of experience of best practices so that we can offer you the very best solution from people who have done it before, and know what is needed to succeed.

We will work with you to discover your current state, help you shape the end goal with best practices and standards, then build the plan utilizing our vast experience to get your business there.

You can chose your level of involvement, depending on your staffing availability and needs, and MSA Systems will fill in to ensure hitting the go live date.

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The widespread acceptance of barcoding over the past four decades has led to the development of numerous industry standards by major industry groups, such as AIAG (automotive), EIA (electronics), HIBCC (healthcare) and HAZMAT (chemical) to name a few. Such standards ensure universal compliance and easy identification of product shipments among trading partners in the supply chain as well as ensure that product (such as hazardous chemicals) is handled properly to prevent injury or loss of life.

A measurement systems analysis (MSA) is a thorough assessment of a measurement process,and typically includes a specially designed experiment that seeks to identify the components of variation in that measurement process.

Just as processes that produce a product may vary,the process of obtaining measurements and data may also have variation and produce incorrect results.A measurement systems analysis evaluates the test method, measuring instruments, and the entire process of obtaining measurements to ensure the integrity of data used for analysis (usually quality analysis) and to understand the implications of measurement error for decisions made about a product or process.MSA is an important element of Six Sigma methodology and of other quality management systems.

MSA analyzes the collection of equipment, operations, procedures, software and personnel that affects the assignment of a number to a measurement characteristic.

A measurement systems analysis considers the following:

  • Selecting the correct measurement and approach
  • Assessing the measuring device
  • Assessing procedures and operators
  • Assessing any measurement interactions
  • Calculating the measurement uncertainty of individual measurement devices and/or measurement systems

Common tools and techniques of measurement systems analysis include: calibration studies, fixed effect ANOVA, components of variance, attribute gage study, gage R&R, ANOVA gage R&R, and destructive testing analysis.The tool selected is usually determined by characteristics of the measurement system itself.An introduction to MSA can be found in chapter 8 of Doug Montgomery's Quality Control book.[1]These tools and techniques are also described in the books by Donald Wheeler[2]and Kim Niles.[3]Advanced procedures for designing MSA studies can be found in Burdick et. al.[4]Dsk overture vst free download.

Equipment: measuring instrument, calibration, fixturing.

  • People: operators, training, education, skill, care.
  • Process: test method, specification.
  • Samples: materials, items to be tested (sometimes called 'parts'), sampling plan, sample preparation.
  • Environment: temperature, humidity, conditioning, pre-conditioning.
  • Management: training programs, metrology system, support of people, support of quality management system.

These can be plotted in a 'fishbone' Ishikawa diagram to help identify potential sources of measurement variation.


The goals of a MSA are:

  1. Quantification of measurement uncertainty, including the accuracy, precision including repeatability and reproducibility, the stability and linearity of these quantities over time and across the intended range of use of the measurement process.
  2. Development of improvement plans, when needed.
  3. Decision about whether a measurement process is adequate for a specific engineering/manufacturing application.

ASTM Procedures[edit]

The ASTM has several procedures for evaluating measurement systems and test methods, including:

  • ASTM E2782 - Standard Guide for Measurement Systems Analysis
  • ASTM D4356 - Standard Practice for Establishing Consistent Test Method Tolerances
  • ASTM E691 - Standard Practice for Conducting an Interlaboratory Study to Determine the Precision of a Test Method
  • ASTM E1169 - Standard Guide for Conducting Ruggedness Tests
  • ASTM E1488 - Standard Guide for Statistical Procedures to Use in Developing and Applying Test Methods

ASME Procedures[edit]

The American Society of Mechanical Engineers (ASME) has several procedures and reports targeted at task-specific uncertainty budgeting and methods for utilizing those uncertainty estimates when evaluating the measurand for compliance to specification. They are:

  • B89.7.3.1 - 2001 Guidelines for Decision Rules: Considering Measurement Uncertainty Determining Conformance to Specifications
  • B89.7.3.2 - 2007 Guidelines for the Evaluation of Dimensional Measurement Uncertainty (Technical Report)
  • B89.7.3.3 - 2002 Guidelines for Assessing the Reliability of Dimensional Measurement Uncertainty Statements

AIAG Procedures[edit]

The Automotive Industry Action Group (AIAG),a non-profit association of automotive companies,has documented a recommended measurement systems analysis procedure in their MSA manual.[5]This book is part of a series of inter-related manuals the AIAG controls and publishes,including:

  • The measurement systems analysis manual
  • The failure mode and effects analysis (FMEA) and Control Plan manual
  • The statistical process control (SPC) manual
  • The production part approval process (PPAP) manual

Note that the AIAG's website has a list of 'errata sheets' for its publications.

See also[edit]

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  1. ^Montgomery, Douglas C. (2013). Introduction to Statistical Quality Control (7th ed.). John Wiley and Sons. ISBN978-1-118-14681-1.
  2. ^Wheeler, Donald (2006). EMP III: Evaluating the Measurement Process & Using Imperfect Data. SPC Press. ISBN978-0-945320-67-8.
  3. ^Niles, Kim (2002). Characterizing the Measurement Process in iSixSigma Insights Newsletter, Vol. 3, #42. ISSN1530-7603.
  4. ^Burdick, Richard K.; Borror, Connie M.; Montgomery, Douglas C. (2005). Design and Analysis of Gauge R&R Studies: Making Decisions with Confidence Intervals in Random and Mixed ANOVA Models. SIAM. ISBN978-0-898715-88-0.
  5. ^AIAG (2010). Measurement Systems Analysis, MSA (4th ed.). Automotive Industry Action Group. ISBN978-1-60-534211-5.

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