NETZSCH Analyzing & Testing
NETZSCH Analyzing & Testing
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NETZSCH Tech Talk 2024: STA, TG, LabV and Termica Neo
NETZSCH TECH TALK is a condensed 30 Minute Talk on the latest technological advancements in Thermal Analysis.
The new TG 309 Libra® Series - Thermogravimetry on a new level
The new STA 509 Jupiter® Series - Simultaneous Thermal Analyzers reinvented
Termica Neo - Software for the simulation of thermal behavior and thermal safety for chemical reactions
LabV® - Innovative software for all Lab instruments
zhlédnutí: 10

Video

Process Improvement of an Epoxid Resin with DSC and Kinetic Neo
zhlédnutí 114Před 21 dnem
Find out more about Kinetics Neo and Termica Neo here: kinetics.netzsch.com/ termica.netzsch.com/
Termica Neo: The New NETZSCH Software for Thermal Simulation on an Industrial Scale
zhlédnutí 76Před 21 dnem
For the simulation of temperature-dependent processes in the chemical industry, temperature gradients in the reacting media can be significant and must be taken into account. For processes such as curing or crystallization, the temperature gradient has an influence on product quality, and for highly exothermic materials it impacts the safety conditions of runaway reactions. We would like to pre...
Kinetics Neo: Understanding the cure behavior with rheology kinetics
zhlédnutí 47Před 21 dnem
How Kinexus and Kinetics Neo work together to better optimize material performance In this webinar will be introducing the benefits of going beyond standard rheological analysis with using this data in Kinetics Neo. With kinetic analysis of Kinexus rotational rheology data, predictions can be made to optimize the reaction kinetics like never before. In this first webinar of this ideal technolog...
Kinetics Neo: Advantages and disadvantages of different approaches. Unique and powerful features
zhlédnutí 35Před 21 dnem
In this webinar we are introducing the main target of thermokinetical analysis for thermal analysis data. Two approaches are discussed: model free and model based with their advantages, disadvantages and limitations of usage. We are presenting the Kineitcs Neo as the state-of the art software containing all recommended by ICTAC approaches and methods for kinetic analysis. We are demonstrating t...
Kinetics Neo: The Leading Software for Ceramic Process Optimization
zhlédnutí 32Před 21 dnem
Find out more about Kinetics Neo and Termica Neo here: kinetics.netzsch.com/ termica.netzsch.com/
Kinetics for Polymers - Decomposition, Curing and Crystallization by Kinetics Neo
zhlédnutí 77Před 21 dnem
Processes in polymers like curing, crystallization or decomposition are dependent on time and temperature. It is important to know the rate of this process in order to simulate the material behavior or to optimize your process. In this webinar, we will present Kineitcs Neo as state-of the art software containing all approaches and methods for kinetic analysis recommend by ICTAC. We will demonst...
Polymer Crystallization Behavior - Easy to Understand by Means of the Kinetics Neo Software
zhlédnutí 47Před 21 dnem
Thermoplastics are widely used in modern industry processes. For best product quality, it is necessary to know: • the current crystallization rate of polymer, • the final degree of crystallization, • how they depend on external parameters such as time and temperature. In this webinar, we will present different approaches of the crystallization analysis based on DSC data. We will explain the dif...
H2 Secure by NETZSCH - Your Hydrogen partner in thermal analysis
zhlédnutí 44Před 2 měsíci
Thermal Analysis under Hydrogen The Key to a Better Understanding of Material Interactions Hydrogen (H2) is gaining attention for its potential role in sustainable practices and green technology. Research into the interaction of materials with hydrogen is critical for developing eco-friendly solutions that can significantly reduce environmental impact. One notable application is the use of hydr...
The NETZSCH STA 509 Jupiter - Perfect for Coupling
zhlédnutí 44Před 2 měsíci
Outstanding Performance Coupled with Cutting-Edge Design: The STA 509 Series Introducing our range of carefully tailored Simultaneous Thermal Analyzers, each designed to meet different customer needs: The STA 509 Jupiter® Classic, Select and Supreme The STA 509 Jupiter® Series increases productivity with an integrated color display to start pre-programmed measurements. Its LED light bar display...
NETZSCH STA 509 Jupiter Sensors
zhlédnutí 40Před 2 měsíci
Outstanding Performance Coupled with Cutting-Edge Design: The STA 509 Series Introducing our range of carefully tailored Simultaneous Thermal Analyzers, each designed to meet different customer needs: The STA 509 Jupiter® Classic, Select and Supreme The STA 509 Jupiter® Series increases productivity with an integrated color display to start pre-programmed measurements. Its LED light bar display...
NETZSCH STA 509 Jupiter Series
zhlédnutí 45Před 2 měsíci
Outstanding Performance Coupled with Cutting-Edge Design: The STA 509 Series Introducing our range of carefully tailored Simultaneous Thermal Analyzers, each designed to meet different customer needs: The STA 509 Jupiter® Classic, Select and Supreme The STA 509 Jupiter® Series increases productivity with an integrated color display to start pre-programmed measurements. Its LED light bar display...
TG 309 Libra Series
zhlédnutí 286Před 5 měsíci
Introducing our state-of-the-art ultra-sensitive thermobalance, the TG 309 Libra Classic / Select and Supreme. - Outstanding resolution down to 10 ng. This balance offers unparalleled sensitivity, setting new standards in measurement accuracy. - Unique magnetic dampers ensure precise and reliable measurements in any environment. - A variety of user-interchangeable sample carriers, including cor...
Better Understanding of a Material's Mechanical Behavior
zhlédnutí 215Před 8 měsíci
When testing the viscoelastic behavior of polymers, the forces applied are critical. From very low to very high forces, Dr. Wiebold Wurpts will give a brief overview of the new developments of our DMA Eplexor product line. Presenter: Dr. Wiebold Wurpts DMA/DIL/TMA Product Line Manager Connect with NETZSCH Analyzing & Testing: Visit our website: analyzing-testing.netzsch.com/ Get deeper insights...
Between Heat Flow Meter and Laser Flash Analyzer
zhlédnutí 124Před 8 měsíci
Adding Another Member to the Family of Thermal Conductivity Testers Let's talk about Thermal Conductivity and Thermal Resistance. Our Applications Specialist, Dr. Omeir Khalid, briefly explains why the Guarded Heat Flow Meter is perfect for measuring these thermophysical properties on medium conductive materials. Presenter: Dr. Omeir Khalid Application Specialist Connect with NETZSCH Analyzing ...
Rethinking Differential Scanning Calorimetry
zhlédnutí 151Před 8 měsíci
Rethinking Differential Scanning Calorimetry
NETZSCH TECH TALK 2023 - Unleashing Thermal Innovations
zhlédnutí 194Před 8 měsíci
NETZSCH TECH TALK 2023 - Unleashing Thermal Innovations
Contract Testing and Application Measurement at NETZSCH Analyzing & Testing
zhlédnutí 309Před 10 měsíci
Contract Testing and Application Measurement at NETZSCH Analyzing & Testing
Auftragsmessungen bei der NETZSCH-Gerätebau GmbH
zhlédnutí 145Před 10 měsíci
Auftragsmessungen bei der NETZSCH-Gerätebau GmbH
Episode 24: Summary of Advanced Section Farewell
zhlédnutí 85Před rokem
Episode 24: Summary of Advanced Section Farewell
Episode 23: Study UV cure using DEA
zhlédnutí 92Před rokem
Episode 23: Study UV cure using DEA
Episode 22: Study UV cure using DSC
zhlédnutí 253Před rokem
Episode 22: Study UV cure using DSC
Episode 21: Analysis Methods used for UV Curable Thermosets
zhlédnutí 100Před rokem
Episode 21: Analysis Methods used for UV Curable Thermosets
DMA 523 Eplexor high-force series
zhlédnutí 105Před rokem
DMA 523 Eplexor high-force series
DSC 300 Caliris Classic
zhlédnutí 424Před rokem
DSC 300 Caliris Classic
Proteus Search Engine by NETZSCH Analyzing & Testing
zhlédnutí 120Před rokem
Proteus Search Engine by NETZSCH Analyzing & Testing
NETZSCH FUTURE DAYS 2023 - Focus on Energy Solutions
zhlédnutí 122Před rokem
NETZSCH FUTURE DAYS 2023 - Focus on Energy Solutions
NETZSCH FUTURE DAYS 2023 - Focus on Batteries
zhlédnutí 163Před rokem
NETZSCH FUTURE DAYS 2023 - Focus on Batteries
NETZSCH FUTURE DAYS 2023 - Focus on Life Sciences
zhlédnutí 58Před rokem
NETZSCH FUTURE DAYS 2023 - Focus on Life Sciences
NETZSCH FUTURE DAYS 2023 - Focus on Simulation in Polymer Processing
zhlédnutí 144Před rokem
NETZSCH FUTURE DAYS 2023 - Focus on Simulation in Polymer Processing

Komentáře

  • @brianvuyiya17
    @brianvuyiya17 Před 2 lety

    Very informative content , thank you . The future will have no choice but to adapt additive manufacturing . I'm an aerospace student in Kenya and we do our startups using the plastic printers and we'd definitely need this so much , thank you

  • @focusclam787
    @focusclam787 Před 2 lety

    Thank you mam for this series. The course is really helpful for us as we do not have alot of resources to study about additive manufacturing. THANK YOU AGAIN 🙏🙏 ...from a Mechanical Engineer of 🇮🇳

  • @lummoxicide1502
    @lummoxicide1502 Před 2 lety

    I appreciate this information, thank you

  • @user-xz3cd2zx2x
    @user-xz3cd2zx2x Před 2 lety

    Thank you very much sir. It w'd be great to see step by step guide for RH10 as well

  • @vamsibanna1996
    @vamsibanna1996 Před 3 lety

    mam can you please make a video on build time estimation in powder bed fusion

  • @TheDaveOutlaw
    @TheDaveOutlaw Před 3 lety

    Excellent presentation . Very easy to understand for any novice . I will send it to my customers who are looking for low production and prototypes . A design constraint video may be helpful to explain how to design the part for lowest cost . Estimates of print time could be useful as well . Machines that do this are high end and machine time is expensive

  • @leneviola2176
    @leneviola2176 Před 3 lety

    Great video and also great content on your channel! Your videos are not only informative but also interesting to watch. I’m glad that I found you!

  • @theusualsuspect9076
    @theusualsuspect9076 Před 3 lety

    In the bottom-up approach, isn't there a chance of the model falling down due to gravity when the gap is formed when the part is moved up? Or the resin flows very fast to stop that from happening? Also what kind of glass coating is used, that inhibits the melting of the glass interface itself?

  • @priman268
    @priman268 Před 3 lety

    How the pieces are attached to eachother

  • @georgesbekhaazi7798
    @georgesbekhaazi7798 Před 3 lety

    Vielen dank für teilen, ich finde diese Information sehr hilfreich

  • @georgesbekhaazi7798
    @georgesbekhaazi7798 Před 3 lety

    Thank you for sharing, I find this very helpful and important.

  • @LucasModelrailroad
    @LucasModelrailroad Před 3 lety

    Hi! Sehr interessantes Video. Ich habe vor, mir einen 3D Drucker zu kaufen, dieser soll in meinem Kinderzimmer seinen Platz finden. Da ich leider bislang keinen anderen Platz hätte. Wenn ich es richtig verstanden habe, kann man solch einen Drucker in seinem Zimmer haben, wenn man regelmäßig Lüftet und am besten schaut, das man einen Druck hat, der nur Tagsüber läuft wenn man nicht so lange am Stück in seinem Zimmer ist. Ich werde am Anfang erstmal mit PLA drucken, laut eurer Grafik ist das ja nicht so "gefährlich" wenn ich es richtig verstanden habe. Also "ja" man kann einen 3D Drucker in seinem Zimmer haben? Gruß/ Luca

    • @markusfurst4134
      @markusfurst4134 Před 2 lety

      Da würde ich nach einem Drucker mit geschlossenem Bauraum schauen. Entweder hat der dann schon eine Abluft mit Kohlefilter oder man kann da selber was basteln.

  • @NaeryoChagi
    @NaeryoChagi Před 3 lety

    Sehr gutes Video. So wird denke ich vielen erst klar, dass Polymer nicht nur einfach schmilzt wie Eis.

  • @NaeryoChagi
    @NaeryoChagi Před 3 lety

    Wieder mal ein tolles und kurz und knapp erklärendes Video. Die Empfehlung ohne Bezug auf das Material um das es geht bei bis zu 70 Grad Celsius zu trocknen (gerade weil auch PLA erwähnt wird) rate ich jedoch zu überdenken bzw. nachzurecherchieren. Grund: PLA hat eine Glasübergangstemperatur von i.d.R <60 Grad Celsius und ich würde mein Filament niemals oberhalb Tg trocknen. Grund: Es können sich dadurch interne Spannungen vom Extrudieren abbauen und der Filamentdurchmesser kann sich ändern oder das Filament sich verformen. Das wiederum kann zu ähnlichen Problemen führen, die man durch das Trocknen ja gerade vermeiden will (Flow oder E-Steps müssen angepasst werden)

  • @Rics3D
    @Rics3D Před 3 lety

    Ein sehr informatives Video! danke dafür. Mich würde interessieren, was für Gase aus Dauerdruckplatten bei dem FDM Druck entweichen. Sehr gerne genommen, da äußerst günstig und super funktional, ist eine Hartpapierplatte. Umgangssprachlich Pertinax genannt. In diesen Platten ist Phenolharz enthalten. Diese kann Formaldehyd ausdünsten. Sehr interessant wäre, ab welcher Temperatur ein schädlicher Gas aus so einer Platte austritt. PLA wird zwischen 50 und 60° Gedruckt, ABS bei 100 bis 120°. Das gleich kann man bei einer FR4 Platte untersuchen. Da würden Sie den Heimanwendern einen großen Gefallen tun!

  • @tuxce-2561
    @tuxce-2561 Před 8 lety

    eine Frage: was bedeutet überfhaupt oxidationsempfindlich??? wenn man sagt dass ein stoff sehr schnell z.b. an sauerstoff oxidiert ist das dann = sehr oxidationsempfindlich???

  • @mohammadjavadgaeini1314

    tanx