Multichannel Pipettors

Excessive workload of the thumb is a major cause of repetitive strain injuries and user discomfort in multichannel pipetting. The unique design of the CappAero&trade Multichannel pipettes considerably reduces the thumb workload.

Excessive workload of the thumb is a major cause of repetitive strain injuries and user discomfort in multichannel pipetting. The unique design of the CappAero&trade Multichannel pipettes considerably reduces the thumb workload.

CappAero™ 16-channel pipette, 0.2-2µL volume, ideal for 384-well plate liquid handling.

Excessive workload of the thumb is a major cause of repetitive strain injuries and user discomfort in multichannel pipetting. The unique design of the CappAero&trade Multichannel pipettes considerably reduces the thumb workload.

Excessive workload of the thumb is a major cause of repetitive strain injuries and user discomfort in multichannel pipetting. The unique design of the CappAero&trade Multichannel pipettes considerably reduces the thumb workload.

Excessive workload of the thumb is a major cause of repetitive strain injuries and user discomfort in multichannel pipetting. The unique design of the CappAero&trade Multichannel pipettes considerably reduces the thumb workload.

Excessive workload of the thumb is a major cause of repetitive strain injuries and user discomfort in multichannel pipetting. The unique design of the CappAero&trade Multichannel pipettes considerably reduces the thumb workload.

Excessive workload of the thumb is a major cause of repetitive strain injuries and user discomfort in multichannel pipetting. The unique design of the CappAero&trade Multichannel pipettes considerably reduces the thumb workload.

Excessive workload of the thumb is a major cause of repetitive strain injuries and user discomfort in multichannel pipetting. The unique design of the CappAero&trade Multichannel pipettes considerably reduces the thumb workload.

CappAero™ 16-channel pipette, 0.2-2µL volume, ideal for 384-well plate liquid handling.

Silver (Ag) ions create an antimicrobial surface which inhibits growth of bacteria, microbes and fungus New Advanced Volume Gearing mechanism enhances pipetting performance and increases accuracy/precision/durability Easy set and forget pipetting but

Silver (Ag) ions create an antimicrobial surface which inhibits growth of bacteria, microbes and fungus New Advanced Volume Gearing mechanism enhances pipetting performance and increases accuracy/precision/durability Easy set and forget pipetting but