Embr Labs

About Embr Labs

Embr Labs, a thermal wellness technology company, originated from a concept developed within the Massachusetts Institute of Technology (MIT) in 2013. The company was officially founded in 2014 by three MIT materials science students: Matthew Smith, David Cohen-Tanugi, and Sam Shames. Their journey began with the creation of a wrist-worn thermoelectric cooling and heating device, initially named Wristify, which won the MIT MADMEC materials science design competition. This early success led to the formation of the company and a focus on harnessing the power of temperature to impact human well-being.

The founders' academic backgrounds in materials science and engineering were pivotal in the development of their core technology. Their research at MIT laid the scientific foundation for a wearable device that could influence a person's perception of temperature. This scientific grounding has remained a core tenet of the company, which is backed by investors including Bose Ventures, Intel Capital, DigiTx Partners, and Safar Partners, and has engaged in partnerships with prominent companies like Johnson & Johnson. A significant milestone was achieved in 2017 with the launch of their flagship product, the Embr Wave, following a successful Kickstarter campaign that raised over $630,000.

Embr Labs operates in the consumer health and wellness technology market, targeting individuals seeking relief from thermal discomfort, particularly those experiencing hot flashes due to menopause, or those who struggle with general temperature regulation. The business model is primarily direct-to-consumer (D2C), selling its products through its official website and other online retail channels like Amazon. Revenue is generated from the sale of the Embr Wave device and accompanying accessories.

The company's core product is the Embr Wave 2, a wearable device worn on the wrist that provides localized cooling or warming sensations. It leverages the body's natural response system; by cooling or warming the sensitive skin of the inner wrist, the device can influence the user's overall thermal comfort. The technology works via a thermoelectric module, also known as a Peltier cooler, which uses electricity to create a temperature difference. Users can control the device through buttons on the wearable itself or via a companion mobile application, which allows for precise temperature adjustments and session tracking. The primary benefit is providing on-demand, personal temperature control, offering a non-pharmacological solution for managing symptoms like hot flashes and improving sleep and general comfort.