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Take Control of Your Process with DigiVac's New Vapor Pressure Controller

Posted by Kerry O'Brien on Sep 26, 2017 9:11:21 AM

The Vapor Pressure Controller is DigiVac’s newest product release. This instrument has the ability to help those working in the botanical market easily process plant material through automated distillations. It both measures and maintains the pressure within rotovaps, or any type of vacuum system, following the profile created on the Vapor Pressure Profile Manager - a free, downloadable software that comes with the purchase of a VPC.
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Accessing Vacuumnetwork.org for the First Time

Posted by Kerry O'Brien on Aug 2, 2017 8:51:16 AM

Many of our customers have shown an interest in using vacuumnetwork.org, and we’d like to make it easier for you to connect for the first time. Below are step-by-step instructions on how to connect your gauge and app to vacuumnetwork.org.
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Vacuum Gauge 2.0: A Recap

Posted by Kerry O'Brien on Jul 24, 2017 4:08:31 PM

Just a Recap: As many of you know, the newest version of the Vacuum Gauge app, Vacuum Gauge 2.0, is now available in the Google Play store. There are many similarities to the original, 1.0, app, but this version gives the user even more functionality and usability. With this release the user can expand their circle of communication and bring the entire team of engineers, technicians, and researchers together, even if they are miles apart. In effect, the new and/or upgraded features of Vacuum Gauge 2.0 makes the jobs of everyone involved in the vacuum process easier!
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DigiVac in Nashville for AVS 2016

Posted by Kerry O'Brien on Nov 4, 2016 4:41:46 PM

The DigiVac Company will be at AVS 2016 in Nashville! At the exhibit we will be presenting: The new Bullseye Precision Gauge® Pirani with Bluetooth: A portable vacuum gauge with a Pirani sensor that has 12 units of measurement and Bluetooth connectivty to a smart phone or tablet. VacStable Vacuum Control Valve: A new vacuum bleed valve for maintaining pressures from 10 mTorr to 10 Torr. Improved Vacuum Gauge app: We are launching a new smartphone app that has graphing capability and the ability to monitor real time readings any where in the world from a web browser. To see a demonstration of the real time monitoring, visit vacuumnetwork.org. In-situ optical monitoring: An optical monitoring system used for advanced MOVCD process control that allows for broad spectrum analysis. Our exhibit will focus on the functionality and usability of each product as well as the features that make them beneficial to your workplace. Come visit us at booth 518!
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Vacuum: Where to begin?

Posted by Kerry O'Brien on Oct 5, 2016 11:09:25 AM

I recently started working at The DigiVac Company and have been so excited to learn, but having no previous knowledge of vacuum made my first weeks somewhat difficult. As I sat in training sessions and meetings, all I could keep thinking was “this is really cool!....but how am I going to retain it all?” Vacuum is such an intimidating subject in the beginning, and when you’re in a position where you need to know it in order to excel, these questions may be the first that come to mind:  What is vacuum? How can it be used? Where can I find it? Is it dangerous? If it is invisible, how do I see vacuum? I know these were the questions on the tip of my tongue my first week and I hope that providing the answers to them will help you along your new journey into understanding and using vacuum.
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Upgraded or Gone? DigiVac Gauge Replacements

Posted by Kerry O'Brien on Sep 2, 2016 9:26:59 AM

Vacuum gauges are like any other piece of technological equipment; they change and evolve over time. One of the primary differences between a new and improved item such as a smartphone and a next-generation replacement vacuum gauge is the naming process. Where many companies can develop new technology, implant it into the new product and give it a name such as HOMETHEATRE X4, a variation of their brand and product name, vacuum gauge manufacturers often don't. Most of the time, digital vacuum gauges are referred to by product numbers and not specific names. Because of this, an upgraded version may be more difficult to determine. Examples of such upgrades that customers have inquired into in the past include: the upgrade from the 810-2, which is the 801w2 the 200p, which is now the 215v the 100w, which is now the Bullseye Precision Gauge   Sometimes You Need a Little Help From Your Friends All of these changes can be confusing when it is time to order a new gauge! Also, when you go to make an order…you may not be able to find your beloved vacuum gauge. That is when you could use a little help! Your old gauge may have become obsolete and have been retired from our product lines. These changes could be based on the following reasons: older technology components are no longer available or not as accurate as newer technology. In other words, a gauge is only retired and replaced by an entirely new gauge if it has, in one way or another, become obsolete. Because of this, customers using gauges that have been retired sometimes question whether they need to succumb to an upgrade or not. The answer to this is maybe/maybe not. Unless your instrument is not functioning well for your needs or you need a vacuum gauge that offers better accuracy, you do not need to upgrade.
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New At AVS: OptraVac | Highly Accurate Direct Vacuum Gauge

Posted by Tim Collins on Oct 22, 2015 10:00:00 AM

New At AVS 2015: DIGIVAC—wants your feedback on New Vacuum Technology coming to the market—a prototype is available for viewing and discussion at booth #622, October 18th-23rd, during AVS at the San Jose Convention Center. People working with high vacuum are met with 2 problems: 1. The vacuum region from 1x10-5 to 1x10-7 Torr requires devices that employ indirect measurement technology such as cold and hot cathode gauges with typical accuracies of +/-  30%, which is considered acceptable. An accuracy range of better than +/- 5% is considered almost unattainable with current measurement technologies  2. Many academic and industrial processes use a mixture of gasses other than Nitrogen, without establishing an appropriate correction factor, the accuracy of all indirect gauges is compromised Since most indirect measurement gauges are calibrated in Nitrogen, measuring pressures of different gases with different properties requires a correction factor. Gas correction factors are often based on a particular gas. Therefore, applying gas correction factors for a mixture of known or unknown gases becomes more challenging. This is especially true if the ratio of gasses changes throughout the process. If there was a solution to these problems, would you want to learn more? Please consider giving us your feedback on a new digital vacuum gauge that avoids these problems by completing a short survey.
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Topics: Manufacturing, Accuracy, Surface Treatment