MultiVial is a benchtop automation system that laser marks, accurately weighs, and tracks glass and plastic vials in a single automated run.
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Multivial
In any laboratory, small mistakes carry big
consequences. A label that fades, a sticker that peels, or a weight recorded
incorrectly can compromise an entire sample and everything that depends on it.
For years, labs have relied on technicians to hand-write labels, apply
stickers, and manually weigh vials one by one, a process that is slow,
inconsistent, and hard to scale. When hundreds of vials need to be prepared
accurately and traced throughout their entire lifecycle, doing it by hand is no
longer good enough.
MultiVial
is a compact benchtop system developed by Labman that handles three of the most
critical steps in vial preparation automatically: laser marking, precision
weighing, and sample tracking. It works with both glass and plastic vials
ranging from 1ml to 50ml, and can process up to nine racks of mixed vials in a
single run, which amounts to up to 864 individual vials at a time. Its
collaborative robotic arm is designed to work safely alongside lab technicians
without requiring a dedicated space or changes to the existing lab setup.
Instead of printing labels or writing on vials
by hand, MultiVial uses a laser to permanently mark each vial directly on its
surface with numbers, barcodes, or QR codes. The mark does not fade, peel, or
wear off, regardless of how the vial is stored or handled. A built-in camera
automatically identifies the correct marking area on each vial, so the process
runs consistently without manual adjustment. The system works with borosilicate
glass and plastic vials and is compatible with widely used formats from brands
including Micronic, Azenta, and Thermo Fisher.
MultiVial weighs each vial to an accuracy of up
to five decimal places, which is the level of precision that pharmaceutical and
research labs require. When a rack is placed onto the system, it is detected
automatically without any manual input needed. Users can also prioritize
specific racks when certain samples need to be processed first. Built-in
antistatic bars and a draft shield keep the balance stable and allow it to
reset quickly between measurements, maintaining a steady pace even during large
runs.
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