Hudson Robotics acquires TomTec for lab automation increase

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Tomtec Inc., an automatic liquid dealing with devices firm primarily based in Hamden, Conn., has been acquired by Hudson Robotics, a New Jersey-based designer laboratory automation options. Financial particulars of the deal weren’t disclosed.

Hudson mentioned the acquisition expands its liquid dealing with capabilities by including a further 96-head automated liquid handler and offers an entry level into the pattern preparation phase for bioanalytic segments inside the life sciences analysis and growth (R&D) market. The mixed firm of Tomtec and Hudson will leverage a bigger liquid dealing with instrumentation portfolio and extra engineering experience to assist automate extra buyer workflows in new markets.

“We are thrilled to partner with Tomtec,” mentioned Andrew Witschi, CEO of Hudson. “The acquisition aligns with our vision of expanding our liquid handling portfolio both in terms of capabilities and new addressable markets to enable us to bring Hudson’s core strength in integration and automation to bear with a broader set of instrumentation and to new customers.”


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“I am excited to join the Hudson team and continue building on the legacy of Tomtec,” mentioned Tomtec CEO and Board Member of Hudson, Sal Iacono. “The microplate handling robots and additional automation technology of Hudson combined with the Quadra4 and Tomtec instrumentation will help bring new solutions to our core mass spectrometry market to help our customers be more productive. I look forward to contributing to the growth initiatives of the company to create value for our customers and stakeholders.”

The international marketplace for laboratory robotics might develop from $185.8 million in 2020 to $274.49 million by 2026 at a compound annual progress charge (CAGR) of 6.72%, predicted Mordor Intelligence. In mid-December, we received a have a look at how cellular manipulators, which mix collaborative robotic arms and autonomous cellular robots from ABB, will increase R&D productiveness in biopharmaceuticals, chemical engineering and chemistry, and new-energy supplies. The robots can carry out complicated duties similar to opening lids and putting lab gear, dealing with liquids, including samples, and doing magnetic stirring with minimal supervision, mentioned ABB.

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