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Pipetting is the process of measuring and dispensing small quantities of liquid using a pipette. The preparation of solutions, the distribution of samples for analysis, and the carrying out of various assays all involve this essential approach.
The Global High-Throughput Pipetting market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Festo promotes closed-loop automated pipetting for high throughput. Festo unveils the DHOP closed-loop pipette head for robotic high-speed pipetting applications that demand consistent quantities over a broad range of liquid viscosities.
The DHOP pipette head offers the greatest automation flexibility, speed, and feedback when equipment is handling a lot of liquids.
The DHOP pipette is designed to ensure that aspiration and dispensing are independent of viscosity and is based on Festo’s ground-breaking air-over-liquid fluid handling technique.
Without user input, the device can calibrate for various viscosities by detecting the pressure difference that occurs when a liquid is inhaled or discharged. Faster liquid switching results in faster throughput and full device usage.
The pre-analytical sample preparation of patient samples, where the liquid characteristics of the sample may vary from patient to patient, is one use for this closed-loop pipette head.
The employees of Festo Life Science collaborate with OEMs throughout the whole development process, which enables products to be released sooner and with less risk and technical overhead.
Festo’s top-tier mechatronic solutions, such as the brand-new EXCL multi-axis gantry that reduces the cost of designing, acquisition, and assembly while boosting machine capabilities, are perfectly compatible with the DHOP closed-loop pipette head.
The Festo air-over-pressure device uses vacuum to aspirate liquid into the disposable tip and pressure to distribute it. The new PGVA-2 pressure and vacuum generator, a small option for laboratories without a central compressed air supply, is compatible with the DHOP.
Up to 8 DHOP can be run by a single PGVA-2, which enables the pressure supply to be centralised. Festo decreases engineering and risk by designing its components, including the EXCL, PGVA-2, pipettes, and other components, to work together.
