Liquid Verification Kit - LVK
Optimize and verify pipetting performance with convenience and ease. A gravimetric balance-based hardware and software kit, the LVK enables you to quickly develop, optimize, and verify liquid handling on all Hamilton liquid handling platforms. Environmental factors such as altitude, temperature, and humidity, combined with varying physical properties such as volume and viscosity, can affect automated liquid handling precisi…
Liquid class development, fine tuning & troubleshooting for Hamilton Robotics liquid handlers.
This kit is my favorite little helper for anyone developing methods on a Hamilton liquid handler. It has made my job so much easier! I can define all the little nuances that make for accurate liquid aspiration and dispensing with ease and in 1/4 of the time it takes to do it manually. The interface is user friendly, the training Hamilton provides is fantastic and the results are superb.
Review Date: 22 Mar 2018 | Hamilton Robotics
Optimize and verify pipetting performance with convenience and ease. A gravimetric balance-based hardware and software kit, the LVK enables you to quickly develop, optimize, and verify liquid handling on all Hamilton liquid handling platforms.
Environmental factors such as altitude, temperature, and humidity, combined with varying physical properties such as volume and viscosity, can affect automated liquid handling precision and accuracy. To save time from the standard trial and error of fine-tuning liquid classes, Hamilton Robotics offers the Liquid Verification Kit - LVK - for liquid class development and liquid class verification.
Features:
- Liquid Class Development - Create and test personalized liquid classes that are optimized for your lab’s environment, types of liquids, and volumes pipetted.
- Liquid Class Verification - Verify customized liquid classes to ensure the liquid handling system is within compliance of your lab defined acceptance criteria.
- Easy-to-Use Software - GUI displays precision (CV%) and accuracy (R%) calculations in real-time for easier and faster analysis.