Electrostatic Separation TRIZ Cases
- Magnetic Particle Apparatus Latch Mechanism Door Stability
Asymmetric latch contact point generates rotational force to prevent unintended door opening during magnetic field manipulation.
- Magnetic Base for Paramagnetic Particle Manipulation
Ridges on the base decouple the lower magnet from the upper magnet, resolving restricted bead movement and improving purification speed.
- Wedge-Shaped Magnetic Field Guides for High-Gradient Separation
Wedge-shaped magnetic field guides concentrate flux to generate high gradients, resolving the trade-off between separation efficiency and device complexity.
- Assay for Circulating Multiple Myeloma Cells Using Magnetic Separation
Colloidal magnetic particles conjugated to anti-CD138 ligands capture circulating multiple myeloma cells from blood samples.
- Microfluidic Ferrofluid Sorting via Magnetic Field Patterns
Electrodes along a microfluidic channel create magnetic field patterns that sort particles by size and elasticity without optical heating.
- Magnet Rod Assemblies With Wiper Assembly For Continuous Magnetic Separation
A rotating wiper assembly cleans magnet rods during operation, eliminating shutdowns for maintenance while preventing downstream equipment wear.
- Automated Magnetic Bead Purification Device
A sample plate with integrated magnet units captures magnetic particles for automated compound separation.
- Wearable Magnetic Particle Separation in Vasculature
Modular magnetic field producers separate analyte-bound particles in subsurface vasculature, resolving precision versus complexity trade-offs.