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Opentrons’ Flex Prep robotic can carry out pipetting duties comparable to pattern reformatting, plate prep, dilutions, focus normalization, cherry-picking, and extra. | Supply: Opentrons
Opentrons Labworks, Inc. launched its Flex Prep robotic this week. It’s paired with new no-code software program that enables customers to arrange pipetting duties and execute that workflow all by a touchscreen. The corporate mentioned this launch will increase its market attain by empowering scientists with no prior laboratory robotics expertise to include automated pipetting into their workflows.
With Flex Prep, Opentron goals to mix the simplicity of a pipette with the facility and flexibility of a liquid handler. This permits it to supply scientists with each ease of use and enhanced functionality. With the touchscreen software program, customers can develop, visualize, and run pipetting duties in as little as a minute, the corporate says.
Flex Prep permits customers to regulate primary pipetting duties, like these presently carried out with multi-channel or digital pipettes, whereas additionally providing the pliability to execute extra advanced protocols when wanted. The corporate touts duties comparable to pattern reformatting, plate prep, dilutions, focus normalization, cherry selecting and extra, with all kinds of tube and plate sorts supported.
“Robotic liquid dealing with doesn’t need to be sophisticated or require particular know-how,” mentioned James Atwood, GM of robotics at Opentrons. “With the Flex Prep and its no-code software program, we’re enabling researchers to delegate repetitive pipetting duties to our robots, in only a minute or two with no particular coaching wanted. It’s so simple as asking, ‘What pipetting duties would you delegate to your Flex Prep?’”
“For scientists who’ve but to undertake automation, these new capabilities supply a compelling motive to rethink,” Jonathan Brennan-Badal, CEO of Opentrons, mentioned. “Our Flex Prep is just not solely an economical entry level but additionally a wise funding for labs seeking to scale up their automation with a system that evolves with their wants.”
The worldwide lab automation market measurement was estimated at $6.87 billion in 2022 and is anticipated to develop at a compound annual development price (CAGR) of 6.64% from 2023 to 2030, in response to Grand View Analysis. A few of the key components driving development available in the market embody an increase within the hole between the supply of educated laboratory personnel and the demand for laboratory procedures and excessive reproducibility and accuracy obtained by lab automation.
