Battery Solutions for Medical Applications
Global Manufacturing
Facilities in China, Malaysia, Vietnam, and the USA
US-Based Support
Local representatives and engineering support across the country
Trusted Quality
Certified to global standards and built for performance
Medical-Grade Battery Packs
Engineered for Safety, Reliability & Compliance
Medical devices demand uncompromising reliability, safety, and consistency. PHD Energy designs and manufactures custom medical-grade battery packs engineered to meet the strict performance and regulatory requirements of healthcare and life science applications.
From portable diagnostic equipment and wearable medical devices to surgical systems and patient monitoring platforms, our advanced lithium battery technologies deliver dependable power where performance matters most.
We collaborate closely with OEMs, engineers, and product development teams to create tailored battery solutions optimized for safety, size, runtime, lifecycle, and regulatory compliance.
Medical-Grade Quality
ISO 13485-certified manufacturing systems
Engineering Expertise
50+ years of lithium battery design experience
OEM Customization
Tailored solutions for unique applications
Scalable Production
Prototype through mass production
Reliable Supply Chain
Global manufacturing with US support
Advanced Battery Technology
High-performance li-ion (NMC), LiFePO4, LTO & Na-ion chemistries with smart BMS
Reliable Power for Critical Medical Applications
Custom lithium battery packs and power systems designed for medical devices, portable healthcare equipment, diagnostics, monitoring systems, and next-generation medical technologies.
Medical-Grade Safety & Performance
Designed for mission-critical medical applications where reliability and patient safety are essential.
- Advanced Battery Management Systems (BMS)
- Overcharge / overcurrent / thermal protection
- Stable and reliable power delivery
- Long lifecycle performance
- High energy density for compact medical devices
- Low self-discharge for standby applications
- Cell balancing and monitoring
Tailored Battery Packs for Your Unique Application
Whether you need a compact wearable battery or a complex multi-cell medical power system, PHD Energy develops custom battery solutions tailored to your exact application requirements.
- Fully custom battery pack engineering
- Voltage, capacity, chemistry, and form-factor customization
- Compact and lightweight designs
- Integration support for medical OEM devices
- Smart battery communication protocols
- Flexible mechanical packaging solutions
Rapid Prototyping & Scalable Manufacturing
From early-stage development to full-scale production, we help medical OEMs accelerate time-to-market without compromising quality or reliability.
- Fast engineering turnaround
- Prototype validation support
- EVT / DVT / PVT production stages
- Low-volume to high-volume manufacturing
- Dedicated supply chain management
- Consistent production quality
Collaborative Engineering Support
Our experienced battery engineers work alongside your development team throughout the entire product lifecycle — from concept and prototyping to certification and mass production.
- Direct engineering collaboration
- Cell selection guidance
- Mechanical & electrical integration support
- Regulatory and testing support
- DFM (Design for Manufacturability)
- Ongoing technical partnership
Medical-Grade Quality Standards You Can Trust
PHD Energy operates under an ISO 13485-certified quality management system for medical device manufacturing. Our processes prioritize traceability, risk management, validation, and consistent quality to meet demanding medical industry standards.
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ISO 13485 Certified Quality System
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Full Manufacturing Traceability
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Rigorous Testing & Validation
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Controlled Manufacturing Processes
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Premium Medical-Grade Components
Comparison Table
Advanced Lithium-Ion Technology for Medical Devices
| Chemistry | Best For | Advantages |
|---|---|---|
|
Li-ion (NMC/NCA) |
Compact portable devices |
High energy density |
|
LiFePO4 (LFP) |
Safety-critical systems |
Superior thermal stability |
|
Lithium Polymer |
Wearables & compact devices |
Flexible form factors |
|
Custom Smart Packs |
Integrated medical systems |
Advanced communication & monitoring |
Premium Battery Chemistry
PHD Energy picks the best suitable chemistry for your devices for quality, longevity and safety.
Li-ion (NMC)
High energy density for compact, lightweight designs. Ideal for frequent-cycle applications with space constraints.
- Higher voltage and energy density
- Wide-temperature cell options available
- Superior volumetric efficiency
- Optimized for moderate climates
- Cost-effective at scale
LiFePO4 (LFP)
Exceptional thermal stability and cycle life. Purpose-built for harsh outdoor conditions and long service intervals.
- 2,000+ cycle life capability
- Inherently stable chemistry
- Preferred for DOT and municipal use
Lithium Titanium Oxide (LTO)
Exceptional cycle life and ultra-fast charge capability. Ideal for extreme cold environments and high-frequency charge/discharge applications.
- 10,000+ cycle life capability
- Excellent low-temperature performance (-40°C)
- Ultra-fast charge and discharge rates
Sodium-Ion (Na-ion)
Emerging chemistry offering cost-effective, cobalt-free energy storage. Well-suited for large-format, cost-sensitive outdoor deployments.
- No lithium or cobalt dependency
- Wide operating temperature range
- Strong potential for cost reduction at scale
Applications We Power
PHD Energy provides custom medical-grade battery solutions for a wide range of healthcare and medical device applications. Our battery packs are engineered for safety, reliability, and long-term performance.
Portable Medical Devices
Patient Monitoring Systems
Diagnostic Equipment
Wearable Medical Devices
Portable Imaging Systems
Home Healthcare Devices
Submit your RFQ
What Happens Next
Submit your requirements and a PHD Energy engineer will contact you within 1 business day.
Share application, specs, volume, and timeline.
Our team evaluates your needs and prepares a tailored recommendation.
Get a detailed proposal including design options, pricing, and lead times.
We build, test, and refine until your solution is field-ready.