AssetWatch

Westerville, OH 43081

COMPANY OVERVIEW

About AssetWatch

Contact

60 Collegeview Rd.
Westerville, OH 43081
United States
https://www.assetwatch.com/
(844) 464-5652

More Info on AssetWatch

AssetWatch (formerly known as Nikola Labs) was founded in 2014 as a wireless power company utilizing core technology from The Ohio State University, launched through Ikove Capital’s Startup Nursery. In 2017, AssetWatch was introduced to the application of condition monitoring for manufacturing equipment and leveraged its years of experience and expertise in ultra-low power electronic design to become a leader in sensor-based condition monitoring. As part of the Industrial Internet of Things (IIoT), condition monitoring of machine assets enables the prediction of machine breakdown before failure happens, proactively addressing problems and preventing unplanned downtime.

The company soon moved away from wireless power to focus solely on becoming a full solution condition monitoring provider, coupling the hardware with machine learning and a remote monitoring team of reliability experts. AssetWatch launched its first condition monitoring product in 2019. Fueled by a recent round of Series A funding, AssetWatch is continuing to invest in the rapid evolution and future of reliability and maintenance. 

Articles & News

Ewellix
Ewellix’s portfolio includes a wide range of high-performance electromechanical actuators in a variety of designs and setups.
News

This Week in Power & Motion: Schaeffler Completes Ewellix Acquisition

Feb. 3, 2023
Schaeffler and Ewellix will combine their expertise to advance developments in linear motion and electromechanical devices, SKF is expanding its manufacturing footprint in North...
The VERO system from Nicola Labs works by sending a radio-frequency signal from a transmitter to a receiving device, thereby eliminating the need to periodically recharge or change-out batteries.
News

How to Deliver Continuous Power to a Wireless World

May 13, 2019
The VERO system can monitor temperature and vibration at key points on process-critical equipment.