The Power to Breathe Freely, Anywhere
Hanery is a leading B2B manufacturer of high-power, safety-certified, and long-lasting polymer lithium-ion battery packs for portable respiratory devices. From portable oxygen concentrators (POCs) to transport ventilators, we engineer the mission-critical power that provides patients with mobility, freedom, and peace of mind.
Safety
Low Self-Discharge
Long Lifespan
Lightweight
Your Expert Portable Respiratory Battery Manufacturer in China
For life-sustaining devices, partner with a battery manufacturer that prioritizes safety and high-power performance above all else.
High-Power Discharge
Engineered to handle the high, sustained power demands of motors, compressors, and pumps.
Uncompromising Safety & Redundancy
Multi-layered safety protections and intelligent BMS designed for life-sustaining medical equipment.
FAA & Airline Compliant
We design batteries to meet FAA regulations (<100Wh or 100-160Wh with airline approval) for air travel.
Extended Runtime
High-capacity cells and efficient pack design to maximize hours of untethered use.
Hot-Swappable Capability
We can design user-replaceable, hot-swappable battery packs for continuous, 24/7 operation.
Full Certification Support
Deep expertise in managing the complex global certifications required for these critical devices.
Custom Portable Respiratory Batteries as Your B2B Supplier
Hanery is your strategic partner for custom multi-cell polymer battery packs, meticulously engineered for the life-critical world of portable respiratory care. We understand that for patients, these devices represent freedom and quality of life, and their reliability is absolute. Our expertise lies in creating robust, high-power battery systems that not only meet the strenuous technical demands of air compressors and turbines but also adhere to the most stringent global safety and transportation standards.
Wholesale Portable Respiratory Battery Capabilities
We provide custom power solutions for all categories of mobile respiratory and oxygen therapy devices.
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Need to Maximize Runtimes While Meeting FAA Air Travel Regulations?
We are experts at designing high-density battery packs that deliver the most power possible within critical regulatory limits.
Customized Options for Your Portable Respiratory Batteries
We engineer every detail for mobility, reliability, and peace of mind.
High-Discharge Rate (High-C) Cells
We select robust cells capable of handling the high, continuous power draw of motors and compressors.
Intelligent BMS with Advanced Monitoring
We integrate smart BMS with precise fuel gauging, health monitoring, and alarm functions for critical safety alerts.
Custom Multi-Cell Configurations
We design packs in various series and parallel configurations (e.g., 4S2P) to meet your specific voltage and runtime targets.
Hot-Swappable & User-Replaceable Design
We engineer the pack with durable enclosures and connectors for easy, safe, and hot-swappable replacement by the user.
Optimized Thermal Management
We design the pack for efficient heat dissipation, crucial for high-power devices operating continuously.
Rugged, Lightweight Enclosures
We create durable yet lightweight custom housings to protect the battery while enhancing device portability.
Get Your Batteries in Bulk, Step-by-Step
In-Depth Consultation & Risk Analysis
We analyze your device's power needs, use case, and regulatory requirements, performing an initial risk assessment.
System Design & DHF Support
We provide a comprehensive proposal with 3D models and can provide documentation to support your Design History File (DHF).
Prototyping & V&V Testing
We produce robust prototypes for your Design Verification and Validation (V&V) testing.
Certification Management & Approval
We manage the entire IEC 62133 and UN38.3 certification process and receive your final approval.
Controlled Mass Production
Your bulk order is manufactured under strict process controls (SPC) and quality checks.
Global Logistics & Lot Traceability
We manage the compliant shipping process, ensuring full lot traceability for every delivery.
FAQ for Portable Respiratory Device Batteries
A: We are experts in this. We design the battery’s total energy capacity to be under the 100 Watt-hour (Wh) limit for carry-on, or within the 100-160Wh range which requires airline approval. All batteries are rigorously tested to UN38.3 standards.
A: Runtime depends on the device’s settings and the battery’s capacity. We can design standard and extended-life battery packs to provide anywhere from 2-4 hours to 8+ hours of operation.
A: Safety is our primary focus. We use a multi-layered approach: premium, certified cells, an intelligent BMS with redundant safety protections (thermal, current, voltage), and a robust, flame-retardant pack enclosure.
A: Due to the extensive engineering, safety validation, and certifications required, our MOQ typically starts at 50,000 to 100,000 units.
A: Yes, absolutely. We use high-discharge-rate (High-C) cells and design the pack’s internal connections and BMS to safely and efficiently handle high, continuous current draws required by motors and compressors.
A: Given the complexity and critical nature of the application, the lead time for the first batch of fully functional prototypes is typically 7-9 weeks.
A: Our respiratory device batteries are designed for durability, typically specified to retain high capacity after 300-500+ charge cycles, ensuring a long service life for the equipment.
A: Yes, we specialize in intelligent batteries. Our BMS can communicate via protocols like SMBus or I2C to provide the host device with critical data like remaining runtime (in minutes), state-of-charge (%), cycle count, and fault alerts.
A: We provide a comprehensive documentation package, including detailed specifications, manufacturing quality data, risk analysis support, and all safety certifications (IEC 62133, UL 2054, UN38.3, etc.) to support your technical file.
A: Please provide your device’s voltage, target runtime or capacity (Wh), continuous and peak power draw (Watts or Amps), dimensional constraints, and required certifications.