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Circular Wave Drive
http://www.circularwavedrive.com/Last activity: 20.12.2021
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CWD is a novel speed reducer design that enables a line of low-cost, compact, highly-efficient, and ruggedized speed reducing gearing systems. This technology is poised to disrupt both the premium and value speed reducer markets.
Year in Review: Biggest Central Ohio VC Deals of 2018
Circular Wave Drive Completed Prestigious Hong Kong Accelerator Program
Robotics Investments Weekly: Manufacturers Take Center Stage
Circular Wave Drive Raises $2M in Seed Funding
Yuan Zheng Named 2016 Innovator of the Year
Columbus
Miami
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Year in Review: Biggest Central Ohio VC Deals of 2018
Circular Wave Drive Completed Prestigious Hong Kong Accelerator Program
Robotics Investments Weekly: Manufacturers Take Center Stage
Circular Wave Drive Raises $2M in Seed Funding
Yuan Zheng Named 2016 Innovator of the Year
Columbus
Miami
Message Us
Contact Us
Location: United States, Ohio, Columbus
Total raised: $2M
Investors 1
| Date | Name | Website |
| - | Ikove | ikovecapit... |
Funding Rounds 1
| Date | Series | Amount | Investors |
| 27.03.2018 | Seed | $2M | - |
Mentions in press and media 3
| Date | Title | Description |
| 20.12.2021 | CWD achieves breakthrough results in speed reducer technology for the robotics industry | COLUMBUS, Ohio (PRWEB) December 20, 2021 Speed Reducers are the core components of industrial robots and represent a significant portion of their lifetime costs. The current market is divided in two main camps. High precision, low torque sp... |
| 27.03.2018 | Circular Wave Drive Raises $900K in Seed Funding | Circular Wave Drive, a Columbus, Ohio-based technology company that manufactures compact speed-reducing gears for robotics and applications, raised $900k in seed funding, capping off a $2m total seed investment. The round was led by Ikove V... |
| 27.03.2018 | Ohio-Based Circular Wave Drive Closes $2M Seed Round To Commercialize Robotics Gear Tech | 11 Shares Email Facebook Twitter LinkedIn Few things can grind your gears like heavy, repetitive workloads. And as gears make up a large part of the cost of industrial robotics systems, any opportunity to make them more resilient, less expe... |