Customized Battery Systems for Medical Equipments

Customized Battery Systems for Medical Equipments

Lithium batteries are the core energy supply device for wireless medical treatment. The safety and reliability of medical device lithium batteries are self-evident; the current medical battery-powered devices now cover the entire medical field: automated external defibrillators (AED), robotic examination systems, infusion pumps, bone growth stimulators and other wearable devices, glucose monitors, oximeters, cauterizers, and other remote wireless devices, an increasing number of medical applications require the use of more robust and reliable medical grade lithium batteries, but due to the specificity of the medical industry, many medical lithium batteries need to be personalized and individually customized, in that case, is there any medical device battery companies can meet the demand for custom medical battery pack solutions for medical devices, and the answer is of course yes.

TEFOO ENERGY manufactures custom medical battery packs and develops custom medical device energy solutions for various healthcare devices, from emergency to surgical to therapeutic. We offer in-house design capabilities, full traceability, and intensive testing to ensure our medical battery pack components meet or exceed customer expectations and comply with industry regulations.

Medical devices that save lives, keep people healthy, and introduce new equipment rely on customized battery packs as the primary energy source or backup power to prevent power outages.TEFOOENERGY is proud to offer the highest-quality energy solutions for these medical devices.

Traceability of Lithium Battery Packs

Quality, safety, and reliability are TEFOO ENERGY’s top priorities in designing and manufacturing customized medical batteries. We inspect all components installed in our medical battery packs, regardless of the level of performance required by the medical device. We provide production lot traceability for all customized medical battery packs and will provide complete traceability information for each component and test procedure upon request. Battery pack serialization is also available.

Medical Device Battery Pack Test Programs

Medical OEMs regularly audit our facilities to ensure that our capabilities, equipment, and facilities meet their requirements. As medical battery assembly technology evolves, we utilize advanced testing methods to ensure that all our batteries operate at the highest possible level. We perform three critical tests on every medical battery pack we manufacture:

  • Inspection of all incoming components
  • In-process inspection during assembly
  • Final inspection

Additional tests can also be performed at the request of our medical OEM customers.

Due to the sensitive nature of medical battery pack components, TEFOO ENERGY utilizes advanced test equipment for all mechanical tests. We are constantly reinvesting in our company and test equipment to bring the highest level of quality and performance to our customers. Our facilities and staff continue to expand further to enhance our design, test, and manufacturing capabilities.

We manufacture custom medical battery pack components for essential medical devices (e.g., oxygen concentrators), life-saving equipment (e.g., respirators), and most other battery-powered medical devices. TEFOO ENERGY creates custom medical battery packs to meet our customers’ unique specifications in the medical device business.

TEFOO ENERGY is an ISO9001 certified, IEC62133/UN38.3 certified, and other medical battery quality management system certified medical device battery manufacturer. TEFOO ENERGY has the knowledge, skills, and expertise to ensure the performance and longevity of batteries used in medical applications. TEFOO ENERGY, as one of the medical device Battery Manufacturers, is one of the companies that can customize a battery solution that meets the needs of the medical device manufacturer’s customers.

Systematic process for customized medical battery packs

– Intent to Negotiate: Includes understanding the project background, understanding the detailed specifications, and understanding the requirements and plans.

– Product proposal: providing the best solution for customers to choose and providing reference quotations.

– Project Evaluation: This includes negotiating project content and requirements, confirming requirements and completion time, and signing a contract between both parties.

– R&D implementation: including engineers to implement product design, prototyping, functional verification, and making product specifications.

– Sample Confirmation: Deliver samples to customers for testing and verification and sign back the sample acknowledgment.

– Small quantity production: small batch production and formal mass production delivery.