The Agilent Dynamax Macro-HPLC System is a modular column system for preparative HPLC. It uses unique Dynamic Axial Compression technology to maintain the structure of the packed bed during extended use. Dynamic Axial Compression compensates for bed reduction without end-fitting removal and topping-off procedures, and in many instances increases column life. Each Dynamax column consists of a replaceable prepacked column module and two reusable end-fittings, which form high-pressure seals on the inside surface of the column module. No tools are required for tightening. Optional stainless steel guard assemblies are available. A guard assembly consists of special fittings and a replaceable prepacked guard module. Installed between the inlet end-fitting and the column module, the guard assembly protects the column module from chemical contamination. Optional accessories include column coupler assemblies to join multiple Dynamax column modules together in series and a stand-alone guard holder for using guard modules separately. Dynamax 25 cm long stainless steel column modules are available in both 21.4 mm id and 10 mm id. Dynamax-TI Titanium 10 cm long 10 mm id column modules are available for protein LC with Hydropore chemistries. For protein LC scale-up, Hydropore chemistries are also available in 10 cm long 21.4 mm id stainless steel column modules equipped with titanium bed supports. Dynamic axial compression and modular hardware allow the Dynamax system to pro
The Agilent Dynamax Modular Macro-HPLC System is a modular column system designed for preparative HPLC. It utilizes unique Dynamic Axial Compression technology to maintain the structure of the packed bed during extended use, compensating for bed reduction without requiring end-fitting removal or topping-off procedures.
Each Dynamax column consists of a replaceable prepacked column module and two reusable end-fittings that form high-pressure seals on the inside surface. Optional stainless steel guard assemblies are available to protect the column from chemical contamination.