Aaron Rayner, Director of Marketing, and Philip Romero, Mensor's metrologist, dive into the critical topic of analyzing the probability of false accept risk in relation to the 4:1 Test Uncertainty Ratio used in calibration processes.

We can't get enough custom systems—that's why John Rosenwald is back in the studio to break down how Mensor's experts design and build the perfect solution for you. Measure Matters," hosted by Aaron Rayner, highlights the topic of custom systems in its latest episode. This episode delves into the process of creating systems to meet specific industry needs, offering valuable knowledge for metrology and pressure calibration professionals. 

In this episode of Measure Matters, we dive into understanding accuracy specifications in pressure calibration. Robert Clayton, Mensor's Director of Engineering, unravels this complex topic.

Overview of Season 2 Premiere Episode
John Rosewald, Director of Sales,  takes the mic to give us an exclusive overview of Mensor's pressure controllers in the season opener. Get ready to uncover the nitty-gritty details and the inside scoop on how these controllers revolutionize the pressure calibration industry.  It will be an epic season, and we can't wait to have you join us on this thrilling ride.

Remember, when it comes to what matters, Measure Matters!

On our seventh episode of Measure Matters, host Aaron Rayner (Director of Marketing) snagged the head honcho, Jason Otto, as he explains the trade-offs between speed, stability, and volume in calibration. There are no soft-balls in this episode, and Jason has all the experience to knock this one out of the park! 

In episode 6 we sit down again with Derek Zarate, Product Manager, who's going to field a slew of random questions! We mix things up so grab the headphones and tune-in!

In this episode, we’re sitting down with Paul Giffen, the Regional Sales Manager, to delve into the crucial factors one must consider when selecting a pressure controller.  We discuss high and low pressure as well as communication protocol options for Mensor Pressure Controllers.

In this episode, Robert Clayton, Director of Engineering at Mensor, dives into the fundamentals of calibration traceability.

Calibration traceability is critical to achieving accurate measurements, ensuring that the instruments we rely on provide reliable and trustworthy results. Robert will share his wealth of knowledge and experience, unraveling the complexities of traceability and shedding light on its significance in the world of metrology.

In this episode, Steve Keithley, the Director of Service at Mensor, will be shedding light on an important announcement for the industry: the decommissioning of the renowned CPC6000 pressure controller. He will explain why users must act swiftly and either schedule a service order before the end of the year or consider upgrading to the cutting-edge CPC6050. 

In this episode, Mensor metrologist, Philip Romero explores the differences between two essential tools in the calibration process: deadweight testers and pressure controllers.

Deadweight testers have long been considered the gold standard for pressure calibration. They rely on the principle of hydrostatic balance, where a known mass is applied to a piston, generating precise pressure. This method offers exceptional accuracy and stability, making it ideal for high-pressure applications.

On the other hand, pressure controllers provide a more automated and versatile approach to calibration. These devices use electronic control systems to maintain a set pressure, allowing for greater flexibility and ease of use. Pressure controllers are handy for calibrating various instruments, including transmitters, gauges, and switches.

Throughout this episode, Philip will enlighten us on the advantages and unique capabilities of deadweight testers, shedding light on how these instruments stack up against pressure controllers in achieving precise and accurate measurements. 

In this episode, we'll explore the differences between two essential tools in the calibration process: deadweight testers and pressure controllers.

Deadweight testers have long been considered the gold standard for pressure calibration. They rely on the principle of hydrostatic balance, where a known mass is applied to a piston, generating precise pressure. This method offers exceptional accuracy and stability, making it ideal for high-pressure applications.

On the other hand, pressure controllers provide a more automated and versatile approach to calibration. These devices use electronic control systems to maintain a set pressure, allowing for greater flexibility and ease of use. Pressure controllers are handy for calibrating various instruments, including transmitters, gauges, and switches.

Throughout this episode, we'll explore the strengths and limitations of both deadweight testers and pressure controllers. We'll discuss their applications in various industries, their impact on calibration accuracy, and the factors to consider when choosing between them.