Zeta Potential Analyzer
Wallis: High Resolution Zeta Potential Analyzer
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- High-resolution measurements down to 0.1 mV
- Zeta potential range -500 mV to 500 mV
- Based on Laser Doppler Electrophoresis (LDE) technology
WALLIS is the advanced high-resolution zeta potential analyzer exclusively tailored for nanoparticle and colloidal charge characterization. Leveraging the latest advancements in Laser Doppler Electrophoresis (LDE), WALLIS offers precise, artifact-free measurements, ensuring unparalleled accuracy in studying colloidal suspension stability and electrophoretic properties of nanoparticles.
Key Features & Benefits:
Results with No Electro-osmosis Interference
WALLIS ensures artifact-free zeta potential measurements, eliminating electro-osmosis to provide you with data you can trust. This precision paves the way for more accurate analyses and better-informed decisions in formulation development.
Diverse Samples with Versatile Sample Handling
Equipped with highly durable amorphous carbon electrodes and compatible with both standard disposable and quartz cuvettes, WALLIS is engineered to handle a wide variety of sample types. From organic solvents to high-pH suspensions, WALLIS provides robust and reliable performance across diverse scientific environments.
Accelerated Analysis with Intuitive Software
WALLIS comes with the powerful ZetaQ software, offering an intuitive interface and advanced functionalities such as Time, pH, and Temperature kinetic modes. With built-in support for standard operating procedures (SOPs) and detailed report editing, ZetaQ enhances both usability and productivity, allowing you to focus on what matters most: your research.
Improved LDE technology
With improved LDE technology, WALLIS™ not only enhances efficiency and reliability but also simplifies the operational process. This innovation makes it an ideal tool for both novice and experienced researchers needing dependable zeta potential data.
Nanoparticle Behaviors Down to 0.1 mV
WALLIS outshines the competition with its ability to deliver high-resolution measurements down to an impressive 0.1 mV. This exceptional level of detail allows to unravel the intricate behaviors of nanoparticles and gain a deeper understanding of their properties, setting your research apart from the rest.
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