Vendor:Hudson Robotics, Inc.
 | |
| Type | Corporation |
|---|---|
| Industry | Clinical automation |
| Headquarters | 10 Stern Ave., Springfield, New Jersey, U.S. |
| Number of locations | 1 |
| Area served | Worldwide |
| Products |
Various microplate handling, liquid handling, and automation software solutions |
| Website | hudsonrobotics.com |
| https://www.linkedin.com/company/hudson-robotics-inc/ | |
Hudson Robotics, Inc. develops and distributes "microplate automation, laboratory robotics, liquid handling, and customized software-driven solutions for life-science research."[1]
History
The company was officially founded in 1983.[2]
In April 2019, news broke that the company has been teaming up with Physical Sciences, Inc. and, with funding from the U.S. National Institutes of Health, developing "drones for sample handling in life sciences facilities."[3]
Technology and products
Hudson Robotics has a wide variety of automated laboratory solutions, including microplate and liquids automation systems, colony picking solutions, laboratory workstations, and automation software. Its products are suitable for numerous applications, from synthetic biology to next-generation sequencing. Consult the company's products page and applications page for more information.
Pricing
Public pricing information isn't available.
Demonstration videos and other media
The company has nearly 90 demonstration videos for its automation solutions. See their company YouTube video page for more.
Additional information
References
- ↑ "Company". Hudson Robotics, Inc. https://hudsonrobotics.com/company-overview/#. Retrieved 06 August 2019.
- ↑ "Business Name Search". State of New Jersey Division of Revenue and Enterprise Services. https://www.njportal.com/DOR/BusinessNameSearch/Search/BusinessName. Retrieved 06 August 2019. "Search for Hudson Robotics or entity #0100192764"
- ↑ McCoy, M. (4 April 2019). "Drones edge toward the research lab". Chemical & Engineering News 97 (14). https://cen.acs.org/business/consumer-products/Drones-edge-toward-research-lab/97/i14. Retrieved 06 August 2019.
