Distance elements define fluid uptake areas and channels, helping isolate biological sample regions precisely while reducing cross-contamination.
A switchable coupling separates use and adjustment states so users can recalibrate displayed volume for density, viscosity, temperature, and pressure variation.
Dividing and nesting the second shaft lets the analyzer arm move vertically while freeing space below the dispensing mechanism.
A switchable overstroke gives forward and reverse pipetting different travel limits, reducing measurement error and reagent waste.
A flexible expansion chamber couples piezoelectric motion to precise nanolitre delivery while reducing mechanical error and hysteresis.
Multi-point deck and tip calibration corrects gantry shift, scale, and tilt for accurate liquid access and reliable tip handling.
An inclined lower opening disperses the carrier through a filtered pipette tip, reducing dead volume and concentrating target substances.
A calibration particle sets the scan limits in a liquid container, enabling rapid detection of dispensed particles without waiting for settling.
A second Z-rod receives tools from a docking station, reducing mounted hardware, collision risk, space needs, cost, and contamination.
Distance elements in a pipette tip extension help equalize pressure and control liquid flow for automated pipetting.
An inclined lower opening and single lower filter let carriers disperse during suction and discharge while concentrating targets with low dead volume.
An aligned sort tube reduces cell-surface contact, while a sterile container preserves viability during sorted-cell transfer.
Multiple calibration functions let acoustic dispensers adjust burst parameters for different liquid levels, balancing small-volume precision with dispense speed.
A hole-patterned sheet retains pipette tips in alignment, limiting static adhesion so automated loading and ejection remain reliable.
Replacing the motor, piston, guide tube, and coil as one cassette simplifies pipetting maintenance while supporting precise operation.