Multi Channel Micropipette 66-MCM118

Multi Channel Micropipette 66-MCM118

Lab Expo Multi Channel Micropipette 66-MCM118 is engineered with 12 channels allowing simultaneous liquid transfers for faster and more efficient workflows. It serves a wide volume of samples ranging from 2 μL to 300 μL. It features adjustable volume control and offers flexibility for various protocols. It is equipped with a digital display for optimizing measurements.  Our pipette is built for longevity and delivers consistent results. 

$1,608.00 $ 1340

Multi Channel Micropipette 66-MCM118 - Specifications

Number of Channels 8-channel and 12-channel
Volume Range 0.5 µL to 300 µL
Volume 2 µL (Fixed)
Increment 0.5 µL
Manifold Rotation 360° rotating manifold for flexibility

Multi Channel Micropipette 66-MCM118 - Key Features

  • 12 channel configuration enabling high throughput parallel liquid transfer
  • 0.5 to 300 µL operating range with 0.5 µL increment for fine control
  • 360 degree rotating manifold supporting flexible positioning across setups
  • Semi autoclavable build allowing controlled sterilization procedures
  • Digital display enabling accurate monitoring of volume adjustments

Multi Channel Micropipette 66-MCM118 - Applications

FunctionImplementation
Molecular methodsSupports precise reagent distribution in workflows
Immunoassay systemsEnables simultaneous multi sample processing
PCR setupAssists in accurate preparation of reaction mixtures
Cell culture workFacilitates uniform media dispensing
Genomics analysisPerforms controlled sample aliquoting

Multi Channel Micropipette 66-MCM118 - 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.