A bead change does not automatically mean a new magnet layout is needed. It does mean the original design basis should be rechecked. For a magnetic bead separation device, the relevant inputs…
If sample viscosity changes, the practical question is not simply whether to choose a stronger magnet. For biological magnetic separation equipment, magnet selection is a combined design decision. CarbonLinkAI designs magnet type,…
At the prototype stage, the useful question is not whether a separator looks complete, but whether its magnetic circuit suits the sample you actually run. CarbonLinkAI approaches this as a sample-led design…
Connecting new magnetic separation equipment to an existing control system is rarely just a cable question. For teams evaluating a Custom factory for fully automatic biomagnetic separation systems, start with the operating…
When planning vessel handling around a large-capacity magnetic separation system, the useful starting point is the real vessel—not a nominal volume. The review should trace the vessel's full path from storage to…
Keeping an existing workstation raises a practical question: how will the vessels and interfaces meet the separation unit? CarbonLinkAI discusses interfaces for bottles, bags, tubes, plates and large-volume vessels, together with integration…
For cell-sorting workflows at larger volumes, the practical question is not simply whether a rack holds a magnet. It is where the beads travel inside the vessel and whether that collection position…
Planning vessel transfers means answering one question early: at which station does the vessel enter the separation step, where does it leave, and what has to happen in between. On a Semi-automatic…
Balancing capture speed with gentle handling is the central requirement for this large-volume cell sorting task. For a Large-volume cell sorting magnetic rack, CarbonLinkAI works from four design inputs: bead type, vessel…