The MemCast™ automatic casting machine is ideal for the automated synthesis of flat sheet polymeric membranes. This state-of-the-art machine allows for the precise creation of membranes with varying thicknesses by applying a thin film of polymer solution.

After the immersion in a coagulation bath, this results in the formation of the final membrane via wet phase inversion. Whether you need self-standing film layers, or you prefer to cast on various substrates, MemCast™ offers the ultimate solution.

The RotaMem is designed for the centrifugal potting of hollow fiber membranes into R&D modules using 2k potting glue. The process starts by placing the modules, containing the hollow fibers, together with the casting container, into a holder. This module holder is then positioned on a rotor in the drawer that slides out from the centrifuge. The process can start when the drawer with modules and casting container is slided into the potting chamber.

Upon starting the selected fabrication program, the module begins to rotate and the potting chamber is heated to the required process temperature. As the centrifuge reaches the specified parameters, polyurethane or epoxy resin is introduced into the casting container through a central opening in the centrifuge lid. The centrifugal forces generated cause the resin to flow from the casting container into the head area of the modules. Once the resin hardens, the centrifugal plate stops rotating, allowing the modules to be removed from the potting chamber.

The MemCut is designed to standardize your trimming procedure of hollow fiber membrane modules after potting into a polymeric housing. The instrument is capable of manual cutting of PUR/Epoxy block of max 60 mm in diameter with recommended hardness between 40-60 Shore D.

Engineered for excellence, the MemCut ensures clean, reproducible cuts every time.

The Spider is a high-throughput dead-end filtration module designed to revolutionize liquid filtration workflows. Capable of performing up to 8 or 16 simultaneous filtrations (depending on the model), the Spider drastically reduces experiment time while ensuring reliable and precise results.

Built from robust stainless steel, the instrument is compatible with both aqueous and non-aqueous feed solutions, making it a versatile and essential tool for modern membrane laboratories.

The Spider workflow is simple: membranes are placed inside the sample holder, the chamber is sealed, and the feed reservoir is filled with the selected solution. By applying the desired pressure, individual permeates are collected in separate bottles for analysis, while the remaining retentate can also be retrieved.