Former MythBuster Delivers Keynote at Pacific Design & Manufacturing Event

Former MythBuster Jamie Hyneman at Pacific Design & Manufacturing

Jamie Hyneman, former MythBuster, speaking at Pacific Design & Manufacturing event (source: Pinterest)

This year, guests of the recently re-branded Pacific Design and Manufacturing event received a special treat as Jamie Hyneman – the famed, former co-host of The Discovery Channel’s popular television series, “MythBusters” – delivered the keynote speech. During his speech, Mr. Hyneman communicated the value of hard work, and also referenced the importance of constant improvement through his own love of tinkering. The honorary Doctor of Engineering stated, “Science isn’t done by people in lab coats. It is done by people that want to do a good job at figuring something out”. With talk of science and tinkering, it is no surprise that the 2017 keynote speaker was able to connect with his audience. After all, there were thousands of engineers in attendance of the annual conference, most of whom share a love of tinkering.

Though Jamie Hyneman has since moved on from Myth Busters, and The Discovery Channel has stopped production of new episodes, it has not stopped millions of fans from holding the show in high regard for its creative and courageous (often crazy) engineering. For example, many at KNF recall an episode that first aired on July 12, 2006 titled, “Crimes and Myth-Demeanors (part 1)“. During the episode, the crew attempt to debunk robbery and break-in scenarios so often depicted in Hollywood movies. Things get interesting when Jamie Hyneman and co-host Adam Savage begin development of their own gadgets: super-magnets, and suction cups, respectively. The peculiar devices were custom-engineered to assist the show hosts with an air duct climb).

KNF N 828 vacuum pump

KNF N 828 vacuum pump

What makes this episode particularly memorable to KNF USA associates is the vacuum source used for Adam’s suction cups – a KNF N 828 Diaphragm Vacuum Pump! The lightweight, oil-free KNF N 828 vacuum pump performed admirably to spec, pumping to 100 mbar of absolute vacuum via the suction cups on Adam’s hands and feet. However, in the end, both co-hosts were unable to climb the flimsy air duct without considerable noise, thus being anything but stealthy. Another Myth Busted. Later in the episode, Adam used his KNF N 828 vacuum pump powered suction cup rig to climb eight stories up the outside of a glass building before becoming too exhausted to continue. But not before further demonstrating the power of the KNF N 828 diaphragm vacuum pump!

Pumping Above Our Weight Class

NMP 03 Micro Gas Pump
The newly introduced ultra-small, portable device pump — weighing only 11g and measuring just 12.9 mm x 24.2 mm — delivers very consistent, linear transfer up to 500 mL/min.

In addition to ultra-small size and wide flow rate range, the NMP 03 offers a long service life, outstanding efficiency, leak tightness, and quiet, low-vibration operation. Typical portable device applications, for which the NMP 03 micro gas pump is very well suited, include: emissions measurement and gas analyzers; patient monitoring; capnography; negative pressure wound therapy; ion-mobility spectrometry (trace detection); drugs and explosives detection; handheld pipette/dosing; and print-head meniscus control.

The NMP 03 offers a wide operating temperature range of -20 °C – +60 °C (environment and gas) thereby making it well-suited for outdoor use and applications involving hot or cold gases. Plus, like other KNF micro gas pumps, the new NMP 03 features a modular system which can be configured to match your specific requirements.

Visit www.knfusa.com/NMP03 to learn more.

Liquid Waste Handling in Clinical Diagnostics and Lab Equipment

A new Application Note from KNF Neuberger, Inc. details effective methods for collecting, and evacuating liquid waste.

oem_application_noteWhen determining how to transfer liquid waste within an analyzer, design engineers must examine many factors. Though several methods will work, only one provides optimized system performance and lifetime.

Read more >>

 

Chef Mario Waldispühl Uses KNF Rotary Evaporator to Concoct Culinary Creations

Chef Mario Waldispühl with KNF RC 900 Rotary Evaporator

Chef Mario Waldispühl photographed with a KNF RC 900 Rotary Evaporator at ILMAC exhibition in Basel, Switzerland.

Mario Waldispühl is a young, enthusiastic kitchen chef of the Gasthof Krone Blatten restaurant in Malters, Switzerland. The native Lucerne chef is known for his creative and colorful cooking style which starts with fresh, seasonal ingredients grown locally throughout the region. From there, the chef and his staff apply imagination, a passion for cooking, and a love of food. This formula results in astonishing culinary combinations – a true feast for the eye and palate.

Whether he’s developing an elaborate multi-course menu, or making a ground-standing stew, the culinary talents of chef Mario Waldispühl extend well beyond the kitchen. Only a few months ago, the talented chef surprised attendees of the ILMAC exhibition in Basel, Switzerland by providing high-end, culinary creations to visitors at the KNF booth. Perhaps even more surprising than the location of the high-quality fare was the means by which they were created – using a KNF RC 900 Rotary Evaporator!

Mario Waldispühl explains the benefits of cooking with KNF’s RC Series Rotary Evaporator, and discusses his love for cuisine in the October, 2016 edition of KNF Neuberger, AG magazine, “Notabene” (German). The interview provided below is an excerpt from the English translation of the original article.


  1. While we are doing this interview, the summer season is already coming to an end, but the summer season Menu in Gasthof Krone Blatten is still up. – Which food would you order?”
    “Clearly the basil ravioli! By the way, it’s the dish from the summer menu, which I cook best.”
  2. Do you have a culinary wish that you have not yet met?
    “Fresh Maine lobster in a restaurant on the coast of Maine.”
  3. Is there a dish from your childhood that you have never got close to, what is your subjective opinion?
    “Grandma’s dumplings! In such taste memories, of course, it is above all about feelings, about emotional bonding.”
  4. Let’s go from the “normal kitchen” and the emotions into the world of technology. Cooking with a rotary evaporator – when did you hear about it for the first time?
    “About 10 years ago the molecular kitchen was very popular. This is where the rotary evaporator plays an important role. Because with it one can quickly and easily separate liquids, distill and boil at very low temperatures. The boiling point is considerably lower under vacuum; A tomato sauce, for example, boils in the rotary evaporator already at 40 degrees, whereas in classic cooking, between 70 and 80 degrees. I think every ambitious, modern chef dreams of cooking, experimenting with a rotary evaporator. For me it was so, but the devices are not quite cheap.”
  5. How did you get your rotary evaporator dream come true? Or in other words: How did you get to your rotary evaporator?
    “I was lucky! I have a regular guest working at KNF Flodos. One night I was talking about the rotary evaporator and he asked if I were tempted to cook with one . And so it happened that I came to an RC 900 from KNF and to return the favor, I will cook at KNF’s Ilmac booth.”
  6. When this article is published, the exhibition is already over – and the “culinary secret” has already been aired. Can you tell us, therefore, with which delicacies you would like to pamper your guests?
    “We start with a drink with chili and limes. Then there is tuna with chili, wasabi, seaweed- an indescribable taste experience! For dessert the main components will be chocolate and chili. And yes, chili did it to me; the results obtained with this spice with the rotary evaporator inspire me absolutely – an aromatics-technical revelation! We were able to hide the sharpness of the chili peppers, while the taste is fully revealed. So our “Little Experiment” at the fair is also very suitable for people who do not eat hot (spicy).”
  7. The RC 900 Rotary Evaporator from KNF is designed for laboratories. Is there something you think you should modify so that it is suitable for use in gastronomy?
    “No not at all. It is perfect for us as it is – no changes! Except when KNF would develop a model that cleans itself, then … Fun aside: It is in the nature of the matter that we need a lot of time to clean the RC 900, but this is easy and can not be changed. But you can dream.”

Article originally appeared in KNF Neuberger, AG magazine, “Notabene”, Oct. 2016.

Video: Choosing the Best Vacuum Pump for Your Lab Application

Choosing the best pump for your laboratory application

Are you in the market for a new laboratory vacuum pump? Perhaps you need more information on which pump to choose. A new video from Lab Manager — “Choosing the Best Vacuum Pump for Your Laboratory Application” — may provide valuable insights. Be sure to check it out!

Reaction Time: Q&A with Jim Abbott, Market Manager, Julabo USA, Inc.

PITTCON mascot, Pete Con, standing beside the Julabo reactorNot too long ago, while attending the PITTCON show in Atlanta, Georgia, we came across a unique and eye-catching exhibitor system – a special reactor manufactured by Julabo USA, Inc. featuring two KNF SIMDOS® liquid metering pumps transferring fluids to and from the reactor vessel. The machine is quite intriguing on its own; however, after having noticed the two KNF liquid diaphragm pumps, we contacted Jim Abbot, Market Manager, from Julabo USA, Inc. to learn more about the company’s impressive reactor.

1. Overall, what is the purpose of this reactor, what exactly does it do? Does it have an official name?

“We typically just refer to the small reactors of 100mL to 5L size as ‘bench scale’ or ’bench top reactor’, and the 10L to 100L sizes as ’kilo-scale pilot plant reactors’. Systems are available in both glass and stainless steel. Also, we are proud to be the US distributor of Berghof high pressure reactor systems – these have a ton of applications which they are used for but typical uses include: pharma, bio-pharma, plastics, paints, polymers, adhesives, petrochemical, energy, and most recently cannabis. The reactors are primarily used in mixing applications but with add-on features they can be easily equipped for various distillation methods such as: refluxing, short path and fractional distillation. All of our units are automation capable and can be easily controlled using our PC or PLC based AUTOReactor™ control and data logging packages.”

2. What is the function of the two KNF SIMDOS® pumps used within the Julabo reactor?

SIMDOS_Pumps_2 SIMDOS_pumps_1“We use the KNF pumps to control liquid additions or product sampling. The KNF SIMDOS pumps are used, specifically, because of their high quality, reliability, and automation capability. The pumps are connected to our PC or PLC based AUTOReactor™ control and data logging packages which allows users to program and control the process quite effectively and efficiently.”

3. I noticed that the reactor uses both KNF SIMDOS 10, and SIMDOS 02 pumps. Is there a reason why two different KNF SIMDOS pump types were selected?

“We displayed both [pumps] on [our demo] system, but typically we use the SIMDOS 02 on the bench scale reactors, while the SIMDOS 10 is used on the kilo-scale reactors. This is because of their different delivery rates as associated with the scale of the process, but quite often these are used interchangeably across both platforms.”

4. Is there any particular reason that compelled the system’s designer to choose KNF pumps over other dosing pumps from other pump manufacturers?

“We (Julabo) have had a long relationship with KNF both in the USA, and around the world. Moreover, we know without a doubt that KNF has the same principals as JULABO as far as delivering high-quality, reliable products.”

5. Will the Julabo reactor(s) be featured at the ACS tradeshow next week?

“Yes it will; we plan to display it again with the [KNF SIMDOS] pumps in a different configuration but always taking front stage, hand-in-hand with the JULABO products.”

6. Would you like to share any additional facts, or interesting notes regarding this system?

“We are devoted to offering our expertise in temperature control and reaction systems to our customers. Likewise, we are dedicated to providing solutions, from the inception of a process, through scale-up, and into manufacturing. One of the key factors is we design all of our systems with the utmost flexibility so as processes change, and companies grow we to can change and grow together with them.”

Julabo will be exhibiting at the upcoming ACS tradeshow in Philadelphia on August 21-23, 2016. If you will be attending the show, then be sure to check out Julabo’s incredible reactor system(s) incorporating KNF SIMDOS dosing/metering pumps. Also, don’t forget to visit KNF booth #1626 to see our latest laboratory technology, including: SIMDOS 10 and SIMDOS 02 liquid metering/dosing pumps, LABOPORT diaphragm vacuum pumps, LIQUIPORT liquid transfer pumps, the versatile VC 900 vacuum controller, and KNF’s award-winning RC 900 rotary evaporator.

Safe, Gas-tight Transfer of Dangerous and/or Expensive Media

The following is a case study presenting the issues encountered and overcome when problem-solving a pyrophoric gas transfer application with KNF customer, Air Products and Chemicals.

INTRODUCTION

Spontaneously-Combustible-SignAir Products is a leading international manufacturer of industrial gases and chemicals. With a staff of over 21,000, the company, based in Pennsylvania, operates in 50 countries across the globe and supplies a wide variety of processing media for myriad applications and industries.

Among goods produced specifically for the semiconductor and solar industry, Air Products manufactures a special gas mixture employed in etching and gas deposition processes to coat silicon wafers and glass substrates; these methods help, for example, to create the active films in flat panel displays and solar cells.

Owing to their pyrophoric properties, the utmost care is required both when manufacturing and using these gases. All system components that store or transfer the gases must therefore prevent air contamination. Should such gases come into contact with air, an exothermic reaction takes place in which a telltale oxidation product is created and deposited in the form of a white coating.

>> Read the Complete Case Study