On-Demand Webinar

Minimizing Calibration Out of Tolerances

Benchmarks, Best Practices, Systems

Out-of-tolerance (OOT) events are more than data anomalies, they're potential compliance risks, costly disruptions, and in some cases, safety threats. In this focused webinar, we break down what OOT really means, how to benchmark your current performance, and what actionable steps you can take to reduce these incidents across your calibration and quality programs. You'll also see how purpose-built software solutions can support proactive OOT management and simplify compliance reporting.

Key Insights Include:

  • What qualifies as an OOT (out-of-tolerance) event and why terminology varies
  • How your OOT rate compares to industry benchmarks
  • 10 proven best practices to reduce the frequency and impact of OOT events
  • Why each OOT event can be costly and how to avoid those hidden costs
  • The broader operational and compliance risks tied to OOT
  • How calibration management software helps automate OOT tracking, alerts, and escalation

Watch the on-demand webinar to learn how smarter OOT management can save you time, money, and regulatory headaches.

 

Register to watch
on-demand webinar:

Your Speakers:

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Curtis Keller
Technical Director & Asia, SIMCO

Curtis joined SIMCO in 2007 and brings 37 years of metrology and quality leadership experience, primarily in lives-at-stake industries including Biomedical, Aerospace, Defense, Nuclear and Automotive. Currently Curtis serves as both Technical Operations Director for all SIMCO Electronics and Area Director for SIMCO’s Asia operations. Previously he held positions with Intermountain Metrology Services, Sabro Labs and the U.S. Marine Corps.

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John Connelly
Chief Commercial Officer, SIMCO

John joined SIMCO in 2008 and is currently responsible for driving SIMCO’s growth and championing the voice of the customer. Prior to SIMCO, John held executive positions at several Silicon Valley start-ups, including BigBand Networks and DiviCom. He also held engineering and management positions at AT&T Bell Labs and contributed to advances in telephones, network computing devices, and digital switching systems. John holds a B.S. in Electrical Engineering from Rutgers University and an M.S. degree in Electrical Engineering from Purdue University. He also completed an Executive Development program at Northwestern University’s Kellogg School of Management.