February 9
Lot Acceptance Sampling
Acceptance Sampling is used to make dispositions on accepting or rejecting a lot (or batch) of manufactured products. It is most often used to evaluate products that are received from vendors or suppliers. Acceptance Sampling is a cost effective solution that should be considered when:

• Destructive testing is required to assess product quality
• 100% inspection isn't feasible due to the cost or time involved
• A supplier has a strong history of supplying acceptable products

Attend this webinar to learn how to use the Acceptance Sampling feature in ProFicient.

February 23
Data Management System: Putting it All Together
Learn how you can leverage InfinityQS' powerful statistical analysis capabilities across the enterprise. The DMS standardizes data from multiple sources and systems in a single repository, making it all possible.

March 9
Measuring the Value of your Quality System
InfinityQS customers are saving hundreds of thousands of dollars each year with the software. But how do you quantify these benefits? Start with the basic Return on Investment approaches and proceed to tools that continue to provide savings.

This session will demonstrate how you can monitor many of the standard costs tied to quality problems in your business setting. The session will also demonstrate how to use standard charting techniques to compare and contrast processes to maximize efficiencies. This presentation will show you how to:

• Tailor data selection to track and present ROI
• Associate dollar amount to downtime
• Show how SPC is improving process utilization

March 23
Gage Control & Stability Evaluation
You've performed a Measurement System Analysis (MSA) to ensure that the measurement system is acceptable, and you've implemented the system with scheduled Gage Calibrations, but what's next? Gage Control is critical to any measurement system, so why do so few quality professionals fully understand the entire gage control cycle?

This webinar covers the entire gage control cycle, but focuses on the often overlooked portion of gage control--routine gage stability evaluation. Gage stability is explained along with gage bias and linearity control. Stability, bias and linearity measurement techniques and charting methods will be included with special attention given to stability charting.