Overview
Headquarters
Camarillo, CA
Category
Renewable Energy
ZPower is an innovative manufacturer of silver-zinc microbatteries that offer a better alternative to traditional battery technologies for wearable applications, where size and safety are paramount. With headquarters and manufacturing in Camarillo, CA, ZPower produces microbatteries for consumer electronics, hearing aids, medical and military and defense. ZPower’s silver-zinc batteries offer the highest energy density of any microbattery technology and are non-flammable, non-toxic and environmentally friendly. They are also easier to handle, with no special packing, labeling or shipping requirements. ZPower is ISO 13485:2016 and ISO 9001:2008 certified, and its facility and devices are registered with the FDA. For more information, visit https://www.zpowerbattery.com. ZPower is a leading developer of rechargeable, silver-zinc batteries for microbattery applications. Zpower, LLC develops batteries. The Company provides microbatteries and rechargeable systems. Zpower serves hearing, medical, consumer electronics, military, and defense. ZPower is a leading developer of rechargeable, silver-zinc batteries for microbattery applications. The company provides a total solution for hearing instrument and medical device manufacturers which includes advanced silver-zinc battery technology and electronics. The ZPower solution simplifies new product development and speeds time-to-market. For end users, ZPower batteries deliver unmatched performance, improved user experience and are better for the environment. Zpower, LLC is located in Camarillo, CA, United States and is part of the Electrical Products Manufacturing Industry. Zpower, LLC has 210 total employees across all of its locations and generates $28.13 million in sales (USD). Zpower, LLC is located in Camarillo, CA, United States and is part of the Electrical Products Manufacturing Industry. Zpower, LLC has 210 total employees across all of its locations and generates $28.13 million in sales (USD). (Sales figure is modelled).
