Analysis of Breast Pump Market and Related Battery Products

2025-10-07 63 Views
Analysis of Breast Pump Market and Related Battery Products
Against the backdrop of the continuous expansion of the global maternal and infant market, the maternal and infant electrical appliances segment has shown significant growth. As a must-have product for mothers and infants, breast pumps have seen a year-on-year increase in market demand. Google Trends data indicates that the search popularity of breast pumps has maintained a long-term upward trend, reaching a peak of 100 in August 2025, which fully reflects the strong market demand. Currently, consumers’ needs for breast pumps have gone beyond basic functions, shifting towards three core requirements: portability, long battery life, and safety. The lithium-polymer battery, which can simultaneously meet the three requirements of “long-lasting battery life, stable power supply, and safety protection”, is precisely the key technical pillar supporting the realization of these upgraded needs for breast pumps.

1. Market Insight: User Pain Points and Unmet Needs

Short Battery Life: The battery life of existing products is insufficient to support all-day outdoor use, and frequent charging interrupts the pumping process;

Poor Portability: To achieve large-capacity battery life, some products are equipped with oversized batteries, resulting in an overall device weight of over 200g. Long-term wearing easily causes chest pressure and shoulder fatigue;

Safety Hazards: Inferior batteries are prone to overheating in enclosed usage environments and lack comprehensive overcharge and over-discharge protection mechanisms;

Inadequate Scene Adaptation: The lack of dual functions of “low-power operation + fast charging” makes it difficult to meet users’ needs in special scenarios such as meetings and business trips;

Noise Disturbance: Poor battery power supply stability leads to fluctuating noise (noise ≥ 45 decibels in some scenarios) when the vacuum pump is running, which easily affects the mood of mothers and infants.

The above pain points collectively point to a core need: breast pumps require a battery solution that combines the characteristics of “long-lasting battery life, safety and stability, fast charging, and quiet operation” to match the product positioning of wearable breast pumps as “cordless, lightweight, and adaptable to multiple scenarios”.

2. Key Requirements for Power Supply

Capacity Standard: The battery capacity should reach 1500-2000mAh to ensure that a single full charge can support 5-8 pumping operations;

Discharge Stability: The voltage fluctuation during discharge should be ≤ 0.3V to avoid fluctuations in pumping suction and noise from the pump body caused by unstable power supply;

Safety Protection: It should be equipped with comprehensive overcharge (protection threshold ≥ 4.3V), over-discharge (protection threshold ≤ 2.7V), and overcurrent (protection threshold ≥ 2A) protection functions, and support ambient temperature monitoring from -10℃ to 60℃;

Size and Weight: The battery thickness should be controlled at 5-7mm, length and width ≤ 80×40mm, and weight < 30g to meet the lightweight requirement of the device;

Charging Performance: It supports 0.8-1C fast charging specifications and is compatible with the 5V/2A universal charging protocol.

3. Lithium-Polymer Battery: The Best Power Choice for Breast Pumps

Excellent Discharge Stability: With a nominal voltage of 3.7V, there is no power failure or jamming under pulse load conditions, which can prevent the pump body from generating vibration noise due to power supply fluctuations and control the device operating noise at ≤ 35 decibels;

Dual Safety Guarantee: It integrates dual protection of PCM (Battery Protection Module) and NTC (Temperature Sensor). When the temperature reaches 55℃, it can automatically reduce power to prevent the risk of high-temperature burns;

Long Service Life: The number of charge-discharge cycles is ≥ 800 times, and the capacity attenuation rate is < 20% after 2 years of use, which perfectly matches the usage cycle of the lactation period (usually 6-24 months).

4. Recommended Battery Specifications

Parameter Value
Model 704075
Voltage/Capacity 3.7V/1800mAh
Discharge Current Continuous 2A, Peak 3A (10s)
Protection Mechanism PCM (Battery Protection Module) + NTC (Temperature Sensor)
Size/Weight 7×40×75mm / ≤28g
Charging Specification 1C Fast Charging
Cycle Life ≥800 Cycles (Remaining Capacity ≥80%)
Operating Temperature Range Discharge: -10~60℃, Charging: 0~45℃
Performance Highlights: A single full charge can support 6 pumping operations; the discharge efficiency is ≥ 85% in low-temperature environments; stable power supply can control the pump body operating noise at ≤ 35 decibels.

5. Future Development Trends

Intelligent Power Management: Equipped with a BMS (Battery Management System), it can adjust the power supply according to the pumping process (e.g., automatically switch to low-power mode during pumping intervals) to further optimize the operating noise of the pump body;

Material Safety Upgrade: The use of medical-grade insulating materials and mercury-free electrolytes not only avoids the risk of skin allergies but also achieves IPX4-level waterproof performance, improving usage safety;

Intelligent Collaboration Function: It supports linkage with the breast pump host and mobile APP to realize intelligent functions such as milk volume detection and usage habit analysis, enhancing product added value.

 

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