Magnetic particles manipulate liquid reagents inside a gel-partitioned sealed pipe, eliminating aerosol contamination during nucleic acid extraction.
Laminar flow in separation channels enables precise magnetic translocation of constituents, resolving isolation efficiency limits.
Rotating magnetic plate and palette sort conductive materials by extending thrust force application time.
Charged magnetic particles remove damaged sperm cells without annexin V buffers, preserving motility and reducing costs.
Caustic solutions break down biological contaminants in shredded medical waste, enabling recovery of recyclable plastics and metals.
Segmented magnetic members capture tramp metals while a dedicated scraping assembly detaches them, reducing the sliding distance required for removal.
Segmented stripper plates and tool-free locking mechanisms prevent sticking and contamination while enabling rapid disassembly for cleaning.