Search results for "Rigaku Analytical Devices"

500 g, analytical grade cation exchange resin, hydrogen form, 2% crosslinkage, 50–100 dry mesh size, 300–1,180 µm wet bead size, ~2,700 MW limit

500 g, analytical grade cation exchange resin, hydrogen form, 2% crosslinkage, 200–400 dry mesh size, 75–180 µm wet bead size, ~2,700 MW limit

500 g, analytical grade cation exchange resin, hydrogen form, 12% crosslinkage, 200–400 dry mesh size, 53–106 µm wet bead size, ~400 MW limit

Our patented Smart Super Hybrid Sensor (SHS) technology improves response speed and minimizes maintenance costs. The new Apollo Analytical comes with a built in Ioniser, keeping the robust design of the precision version.

Our patented Smart Super Hybrid Sensor (SHS) technology improves response speed and minimizes maintenance costs. The new Apollo Analytical comes with a built in Ioniser, keeping the robust design of the precision version.

Axygen® offers a comprehensive line of tips for Molecular Devices FLIPR Tetra automation systems. These tips are manufactured to stringent specifications under strict process controls and assembled via automation to ensure consistent performance and quality. Tips are RNase-/DNase-free and nonpyrogenic. Available in nonsterile, sterile, non-filtered and filtered. Black and clear polypropylene tips are available in 384-well form…

Axygen® offers a comprehensive line of tips for Molecular Devices FLIPR Tetra automation systems. These tips are manufactured to stringent specifications under strict process controls and assembled via automation to ensure consistent performance and quality. Tips are RNase-/DNase-free and nonpyrogenic. Available in nonsterile, sterile, non-filtered and filtered. Black and clear polypropylene tips are available in 384-well form…

Designed to keep your samples safe

New agreement allows Markes International Ltd to supply the novel sampling device worldwide for a wide range of applications

Advanced semiconductor circuit edit system enables customers to quickly resolve preproduction design flaws and maintain device integrity and function

Bristol researchers have developed a tiny device that paves the way for higher performance quantum computers and quantum communications

The instrument from TESTA Analytical Solutions provides access to excellent performance and operational versatility for static light scattering (SLS) and dynamic light scattering (DLS) studies

Gas chromatography (GC) is an analytical separating technique used to separate volatile and semi-volatile substances from complex mixtures. The method consists of a gaseous mobile phase, usually an inert carrier gas, such as helium, and a liquid stationary phase adsorbed onto an inert cylindrical solid support called a column. In this fourth edition eBook, we present a guide to all the key considerations when purchasing the best GC columns to meet your lab’s needs. 

Incorporation of AI technologies highlights the most accurate compound predictions to enable effective project decision-making

Advanced semiconductor-based platform offers diverse libraries with complete coverage of only desired variants