Multi Channel Micropipette 66-MCM123

Multi Channel Micropipette 66-MCM123

Lab Expo Multi Channel Micropipette 66-MCM123 features 12 channels and a fixed 25 µL volume with 0.5 µL increments, ensuring precise results. It is semi-autoclavable, allowing for easy sterilization and enhanced durability. It has a smooth piston that decreases resistance during pipetting. Our multi-channel micropipette features a built-in digital display for precise reading and accurate monitoring.

$1,608.00 $ 1340

Multi Channel Micropipette 66-MCM123 - Specifications

Number of Channels 8-channel and 12-channel
Volume Range 0.5 µL to 300 µL
Volume 25 µL (Fixed)
Increment 0.5 µL
Manifold Rotation 360° rotating manifold for flexibility

Multi Channel Micropipette 66-MCM123 - Key Features

  • 12 channel configuration enabling parallel liquid dispensing across wells
  • 25 µL fixed volume ensuring consistent and repeatable sample delivery
  • Smooth piston mechanism reducing resistance during aspiration and dispensing
  • Semi autoclavable structure supporting controlled sterilization procedures
  • Digital display providing clear monitoring of volume settings

Multi Channel Micropipette 66-MCM123 - Applications

FunctionImplementation
Immunoassay workflowsEnables consistent fixed volume reagent distribution
PCR setupSupports accurate preparation of reaction mixtures
Cell culture workAssists in uniform media addition across wells
Molecular analysisFacilitates repeatable liquid transfer steps
Genomics studiesPerforms controlled sample aliquoting

Multi Channel Micropipette 66-MCM123 - Catalog

Related Multi channel Micropipette

Lab Expo Multi Channel Micropipette enables parallel sample dispensing with adjustable volume control for accurate, high-throughput liquid handling. Designed to meet sourcing needs for multi micropipette requirements, it supports consistent multi-channel performance in molecular biology, microbiology, and biotechnology workflows. Ergonomic build, calibrated accuracy, and durable components allow efficient operation during repetitive laboratory procedures.