Techcomp Limited’s Post

Are you still entering the rotor ID before centrifuge? With Dynamica’s auto-recognition of the rotor, you can leave this job to the centrifuge. Simply put the rotor into the centrifuge then set the speed and time and press start. No need to enter the rotor ID. Ease of use is the goal of our Dynamica centrifuges. https://ow.ly/Q7Mx50ScPBr #Centrifugation #LifeSciences #LabProducts

In the comprehensive world of fluid dynamics, valve selection directly influences the movement of liquids and gases. Learn more about this important topic and how the experienced team at DynaQuip can help you with this decision. https://hubs.la/Q02g7vmJ0 #valveperformance #fluiddynamics #valvetechnology #valves

Installation of our Dynamica High Speed Centrifuges is easy. One key step in the installation process is to ensure that the centrifuge is set in a level position on the bench.⚖️ The Dynamica Velocity 18R Pro is designed to run at high speed, which means that levelling is important to guarantee its safety, especially with high-speed swing-out rotors. In this video, learn how to install your brand-new Velocity 18R Pro centrifuge from start to finish. https://ow.ly/6UZb50Tg8YP #HowTo #LabProducts #LifeSciences

Ensuring the Langmuir probe tip remains clean within a plasma environment is crucial for sustaining its accuracy and functionality. The Langmuir probe by Impedans incorporates an auto-cleaning feature, removing the need for users to waste time pumping down tools to carry out maintenance on the probe. The accompanying image illustrates the probe tip glowing as the ions bombard the tip during the cleaning process within a typical argon plasma chamber. #semiconductors #semiconductorindustry #semiconductormanufacturing #semiconductortechnology #semiconductordevices #langmuirprobe

What is a Fluxgate Magnetometer? Can it be a generator?

You're invited to join this technical webinar on the topic of Rothalpy Conservation and Loss Calculations in Turbomachinery for Improved Modeling of Leakage, Thrust, and Component Performance Wednesday, August 28, 2024 11:00 AM - 12:00 PM EDT Conservation of rothalpy in the rotating components of turbomachinery is a fundamental assumption in low-order models, including meanline analysis. Commonly used equations of rothalpy depart from the actual values when a given surface in the rotational domain is not actually rotating, as is the case with an open impeller or in a leakage path. In this webinar, we will look at the common equations for averaged rothalpy, determine under what circumstances they do not strictly apply, examine different correction methods, and consider a new formulation of leakage path modeling. REGISTER TODAY https://hubs.ly/Q02Jh3bW0 #turbomachinery #engeering

Petra MAX is your solution for comprehensive elemental analysis. With D4294 sulfur analysis and 12 additional elements from P to Zn, including critical elements like Ca, Fe, K, Ni, and V at sub-ppm levels, Petra MAX ensures rapid and accurate monitoring. Powered by advanced EDXRF technology, Petra MAX guarantees precision and reliability, meeting the demands of fast-paced laboratory environments. Its innovative sample introduction system directs accidental spills away from valuable components, ensuring uninterrupted operations and minimal downtime. Say goodbye to manual sample handling with Petra MAX Autosampler. This feature-packed upgrade offers a streamlined workflow with sample tracking and continuous sample loading, allowing users to eliminate data errors and prioritize urgent samples effortlessly. Discover Petra MAX here: https://buff.ly/3w2v0sl #PetraMAX #ElementalAnalysis #AnalyticalChemistry

You're invited to join this technical webinar on the topic of Rothalpy Conservation and Loss Calculations in Turbomachinery for Improved Modeling of Leakage, Thrust, and Component Performance Wednesday, August 28, 2024 11:00 AM - 12:00 PM EDT Conservation of rothalpy in the rotating components of turbomachinery is a fundamental assumption in low-order models, including meanline analysis. Commonly used equations of rothalpy depart from the actual values when a given surface in the rotational domain is not actually rotating, as is the case with an open impeller or in a leakage path. In this webinar, we will look at the common equations for averaged rothalpy, determine under what circumstances they do not strictly apply, examine different correction methods, and consider a new formulation of leakage path modeling. REGISTER TODAY https://bit.ly/3VDD7V5 #turbomachinery #engeering

Learn about high-force Push Pull Solenoids from Geeplus 💡

Inductance calculation is a challenging step. We can use different procedures to calculate the value of direct- and quadrature-axis inductances. Whether by magneto-static or transient solvers. In this video, we will calculate the value of Ld and Lq as a function of excitation level using different methods and compare. https://lnkd.in/eRZ_EFkZ