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Custom 14500 1000mAh Battery Pack
The 14500 3.7V 1000mAh Li-ion Battery Pack is designed for electronic devices that require stable voltage output, reliable capacity, and easy integration into limited internal space. This battery pack is suitable for smart locks, IoT sensors, handheld devices, portable medical electronics, smart home products, and custom rechargeable equipment.
As a professional custom lithium battery manufacturer, LithoTop provides custom 14500 battery pack solutions with customized PCM protection, connectors, wire lengths, NTC, labels, insulation structure, shrink wrap, casing, and packaging.
Additional information
| Product Type | Lithium Ion Battery Pack |
|---|---|
| Model number | 14500 |
| Voltage (Nominal) | 3.7V |
| Capacity (Nominal) | 1000mAh |
| Dimensions | Max. 14.5*53mm |
| Constant Discharge Current | Std. 1C, Max. 3C |
| Working Temperature | -20°C~60°C |
Professional Lithium Ion Battery Solutions
LithoTop designs and manufactures premium lithium-ion battery solutions using Grade A cells and self-developed BMS technology. From prototype to mass production, we provide customized OEM & ODM battery packs with superior safety, long cycle life, and reliable performance for robotics, medical devices, wearable electronics, IoT, energy storage, and industrial applications.
The 14500 3.7V 1000mAh Li-ion battery pack is designed for compact products that need a rechargeable cylindrical battery solution with stable energy output. Compared with disposable AA-size batteries, a rechargeable 14500 Li-ion battery pack can provide higher voltage, better energy density, and more flexible pack customization for modern electronic devices.
With 1000mAh capacity, this battery pack provides dependable runtime for low-to-medium power devices. The compact cylindrical format makes it easy to integrate into slim handles, tubular housings, sensor enclosures, and small portable equipment.
LithoTop applies strict production control during cell selection, voltage testing, capacity verification, internal resistance inspection, PCM assembly, spot welding, aging verification, and final quality inspection. These processes help ensure stable performance, reliable protection, and consistent mass production quality.
- 14500 Compact Cylindrical Cell Design
Suitable for slim devices, tubular housings, and compact electronic structures. - 3.7V Rechargeable Li-ion Platform
Provides stable voltage output for modern portable electronic systems. - 1000mAh Reliable Capacity
Supports dependable runtime for smart devices, sensors, and handheld equipment. - Integrated PCM Protection
Supports protection against overcharge, over-discharge, over-current, and short circuit. - Stable Output Performance
Helps support control boards, wireless modules, sensors, LEDs, and small motor functions. - Low Self-Discharge Performance
Suitable for devices requiring standby operation and periodic use. - Strict Cell and Pack Inspection
Each pack is checked for voltage, capacity, internal resistance, protection function, appearance, and consistency before shipment. - Custom Battery Pack Assembly
Supports customized connectors, wires, PCM, NTC, labels, shrink wrap, and packaging according to project requirements.
- Smart locks
- IoT sensor devices
- Wireless monitoring equipment
- Portable medical devices
- Handheld terminals
- Electronic meters
- Smart home controllers
- Security alarm devices
- LED lighting products
- Custom rechargeable electronic equipment
Battery Cell Choices
LithoTop offers a complete range of cylindrical lithium-ion cells to meet different power, capacity, and performance requirements. Our engineering team helps customers select the most suitable cell based on energy density, discharge current, cycle life, and application environment.
| Cell Type | Typical Capacity | Key Advantages | Typical Applications |
|---|---|---|---|
| 14500 | 600–1200mAh | Compact size, lightweight | Portable electronics, medical devices, flashlights |
| 18650 | 1800–3500mAh | Cost-effective, mature technology | Robotics, IoT devices, industrial equipment |
| 21700 | 4000–6000mAh | Higher capacity and energy density | AGVs, energy storage, power tools, e-mobility |
| 26650 | 3000–6000mAh | High discharge capability | Industrial equipment, backup power systems |
Battery Assemble
Flexible Lithium-Ion Battery Pack Customization
Every application has unique power requirements. At LithoTop, we provide complete custom lithium-ion battery pack solutions designed around your product’s voltage, capacity, size, discharge rate, connector type. Whether you need a single cylindrical cell or a fully assembled battery pack, our engineering team can customize every component to perfectly match your device.
Customization Options
With years of experience in custom lithium-ion battery manufacturing, LithoTop helps customers shorten development cycles, reduce engineering costs, and deliver reliable battery solutions for industrial, medical, consumer electronics, robotics, IoT, security systems, power tools, and many other demanding applications.
Complete Custom Lithium-Ion Battery Pack Solutions
LithoTop provides professional custom 14500 lithium-ion battery pack solutions for compact electronic devices requiring reliable power in limited installation space. Based on high-quality 14500 cylindrical Li-ion cells, we can develop single-cell, parallel, and series battery configurations with customized capacity, voltage, protection circuits, connectors, and packaging to match your device requirements.
Our 14500 battery packs can be customized in configurations such as 1S1P, 1S2P, 1S3P, 1S4P, 2S1P, 2S2P, 3S1P, and other series-parallel designs. Depending on the project, LithoTop can integrate PCB/PCM protection, BMS, NTC, wire harnesses, connectors, USB-C charging interfaces, heat-shrink packaging, and customized housings into a complete ready-to-use battery solution.
For device integration, we support a wide range of connector options including JST, Molex, PH, XH, SM, DC connectors, and other customer-specified interfaces. Wire length, wire gauge, connector polarity, charging interface, battery dimensions, labels, and packaging can all be customized according to your product design.
Each custom 14500 battery pack can incorporate essential protection functions including overcharge, over-discharge, over-current, and short-circuit protection. From cell selection and matching to welding, PCB assembly, insulation, aging, and final inspection, LithoTop applies strict quality control to ensure stable performance, reliable safety, consistent capacity, and long cycle life.
With its compact cylindrical structure and flexible pack configuration, the rechargeable 14500 battery pack is an excellent power solution for portable electronics, medical devices, IoT equipment, smart sensors, security devices, handheld instruments, lighting products, and other space-constrained applications.
14500 Battery Pack Customization Options
- 14500 Rechargeable Lithium-ion Cells
- 1S / 2S / 3S and Multi-Parallel Pack Configurations
- Custom Voltage & Capacity
- PCB / PCM Protection Circuit Integration
- Overcharge, Over-Discharge, Over-Current & Short-Circuit Protection
- NTC Temperature Sensor Integration
- USB-C Charging Interface Options
- Wire Harness & Connector Customization
- JST / Molex / PH / XH / SM / DC Connector Options
- Custom Wire Length, Gauge & Polarity
- Heat-Shrink PVC & Customized Battery Housing
- Custom Label, Logo & Product Marking
- Prototype Development & Mass Production Support
- Certification Support: UN38.3, MSDS, CE, RoHS, IEC62133 & UL
- One-Stop OEM & ODM 14500 Battery Pack Manufacturing
Customer Development Story
Discover how we helps global customers solve real-world battery challenges through customized lithium battery solutions.
01 – Smart Door Lock Project from Spain
A Spanish smart home company was developing a compact smart door lock for residential apartments and rental properties. The lock needed stable power for motor unlocking, Bluetooth communication, keypad input, LED indication, and standby operation. Their previous battery solution had acceptable capacity, but the pack structure was difficult to install inside the narrow lock housing.
The customer contacted LithoTop because they needed a compact rechargeable cylindrical battery pack that could fit the mechanical structure while supporting reliable current output during lock activation. LithoTop reviewed the motor start-up current, standby current, Bluetooth usage pattern, charging method, internal battery cavity, and connector direction.
After evaluation, LithoTop recommended the 14500 3.7V 1000mAh Li-ion Battery Pack. Our engineering team judged that the 14500 cylindrical format could fit the narrow battery compartment, while the 1000mAh capacity was suitable for daily smart lock operation and standby requirements.
During sample development, LithoTop optimized the PCM protection design, wire length, connector position, insulation sleeve, and label size to improve assembly efficiency. Sample batteries were tested through motor start-up simulation, standby testing, Bluetooth activation testing, charging compatibility checking, temperature monitoring, and installation fit verification.
Before mass production, both teams confirmed samples, pack dimensions, connector specifications, PCM parameters, labeling details, packaging method, and batch inspection standards. The final battery solution helped the smart lock operate more reliably while keeping the internal structure compact. For the customer, this reduced assembly difficulty and improved product reliability in residential smart home applications.
02 – Wireless IoT Sensor Project from Germany
A German IoT company was developing a wireless monitoring sensor used for equipment status tracking in small industrial facilities. The device required stable power for a sensor module, microcontroller, wireless communication function, and periodic data upload. The main challenge was achieving dependable standby time in a small cylindrical enclosure.
The customer approached LithoTop after testing several standard battery options that were either too large or unable to maintain stable voltage during wireless transmission. They needed a battery manufacturer that could evaluate the actual power profile and provide a customized rechargeable pack.
LithoTop analyzed the sensor’s standby current, wireless transmission peak, sampling interval, charging circuit, enclosure diameter, cable routing, and expected operating cycle. Based on this evaluation, LithoTop recommended the 14500 3.7V 1000mAh Li-ion battery pack.
During prototype development, LithoTop adjusted the connector type, wire outlet direction, PCM layout, insulation structure, and packaging method to match the customer’s assembly process. Sample batteries were tested through standby simulation, wireless pulse testing, voltage stability checking, charge-discharge cycling, storage testing, and installation fit evaluation.
Before mass production, the customer confirmed the approved sample, electrical performance, connector durability, packaging details, and incoming inspection standard. LithoTop then controlled production according to the confirmed golden sample.
The final battery pack helped the IoT sensor maintain stable operation during data transmission and reduced unexpected low-power interruptions. For the customer, this improved field reliability, reduced maintenance visits, and made the monitoring device more practical for industrial deployment.
Why Choose LithoTop for 14500 Li-ion Battery Pack Solutions?
A reliable 14500 Li-ion battery pack requires more than selecting a cylindrical cell. Battery performance depends on cell quality, capacity consistency, internal resistance control, PCM protection design, spot welding quality, insulation protection, connector reliability, and final aging inspection.
LithoTop supports customers from sample development to mass production with Grade-A cell sourcing, customized protection circuit design, strict quality inspection, and flexible OEM/ODM assembly. Our engineering team can help evaluate working current, charging method, installation space, connector type, cable direction, protection requirements, and real application conditions before confirming the final battery solution.
Manufacturing Capability
LithoTop has strong lithium battery manufacturing capability, combining advanced production equipment, experienced engineering teams, strict quality control, and flexible OEM & ODM services. From cell selection to final battery pack assembly, every process is carefully managed to ensure stable quality, reliable performance, and consistent mass production.
120,000+ Daily Production Capacity
LithoTop supports stable large-scale production for LiPo batteries, Li-ion battery packs, LiFePO₄ batteries, and customized battery solutions, helping customers meet both small-batch development and mass production needs.
Advanced Battery Pack Assembly Lines
Our production lines are equipped for cell sorting, spot welding, soldering, PCM/BMS assembly, insulation protection, labeling, aging, and final packaging, ensuring efficient and standardized battery production.
In-House BMS & PCB Production
LithoTop has its own BMS manufacturing facility with 10 production lines, supporting 1S–25S, 1A–300A battery protection solutions for Li-ion, LiFePO₄, and sodium battery packs.
Automated Cell Matching
Before battery pack assembly, cells are carefully matched by voltage, capacity, and internal resistance to improve battery consistency, safety, and cycle life.
Precision Welding Technology
We use professional spot welding and nickel strip connection processes to ensure strong electrical conductivity, low resistance, and stable high-current performance.
Strict In-Process Quality Control
During production, our quality team monitors key processes including welding quality, PCM/BMS connection, insulation, voltage consistency, appearance, and structural assembly.
Comprehensive Testing Capability
Each battery undergoes voltage testing, internal resistance testing, capacity testing, charge/discharge testing, aging tests, and final inspection before shipment.
OEM & ODM Customization
LithoTop supports customized voltage, capacity, battery structure, discharge current, connectors, wire length, housing, labels, packaging, and communication protocols.
Production Process
- Incoming Material Inspection: Cells, PCM/BMS, wires, connectors, nickel strips, and packaging materials are inspected before production.
- Cell Sorting & Matching: Cells are matched by voltage, capacity, and internal resistance to ensure pack consistency.
- Battery Pack Assembly: Cells are connected through professional welding, soldering, and insulation processes.
- PCM/BMS Integration: Protection boards are installed and tested according to battery safety requirements.
- Aging & Performance Testing: Batteries are tested under charging and discharging conditions to verify stability.
- Final Inspection: Appearance, labeling, voltage, capacity, polarity, and packaging are checked before shipment.
- Safe Packaging & Delivery: Mass Production Batteries are packed according to transportation requirements with support for UN38.3 and MSDS.
Quality Assurance
LithoTop follows strict quality management throughout the entire manufacturing process. Every battery is tested before shipment to ensure true capacity, stable voltage output, low internal resistance, safe operation, and reliable long-term performance.
Why It Matters for Customers
With strong manufacturing capability and in-house BMS development, LithoTop helps customers reduce communication costs, shorten product development time, improve production consistency, and receive more reliable customized battery solutions from prototype to mass production.
More Customer Cooperation Cases
LithoTop has successfully delivered customized lithium-ion battery pack solutions to customers in more than 30 countries. From prototype development to mass production, our engineering team helps customers solve complex power challenges across industrial, medical, robotics, and energy storage applications.
Smart Security Device
A smart security equipment company required a rechargeable battery with longer runtime in limited installation space. LithoTop provided a customized 14500 parallel battery pack with higher capacity, compact construction, and integrated protection.
Portable Medical Device
A medical device manufacturer needed a compact 3.7V battery pack for a handheld diagnostic device. LithoTop developed a custom 14500 2400mAh battery pack with PCB protection, stable output, and reliable cycle performance.
Portable Electronic Equip
An electronics manufacturer needed a replaceable power solution for a portable device. LithoTop engineered a custom 14500 battery pack with USB-C charging, customized wiring, and connector integration for easy device installation.
Handling Precautions & Guidelines
Find answers to the most common questions about ordering, shipping, certifications, and working with lithotop as your battery partner.
After sample approval, all production parameters are standardized. Every production batch follows the same BOM, manufacturing process, and quality inspection procedures. Batteries undergo voltage, capacity, internal resistance, aging, and final performance testing before shipment to ensure consistency.
LithoTop provides custom lithium-ion battery packs using 15270, 14500, 18650, 21700, 26650 and other cylindrical cells. We support customized voltage, capacity, discharge current, connectors, communication protocols, housing, and BMS solutions based on your project requirements.
Yes. Our engineering team can evaluate your existing battery pack and recommend an equivalent or improved battery solution while maintaining the same dimensions, connector, communication protocol, and mechanical structure whenever possible. This helps reduce redesign costs, shorten qualification time, and ensure a smooth supplier transition.
Yes. LithoTop designs high-discharge lithium-ion battery packs with high continuous and peak discharge capability for AGVs, robots, drones, industrial automation, and power equipment. We can recommend the most suitable cell based on your power requirements.
Engineering samples are typically completed within 7–15 working days. Mass production usually requires 15–30 working days depending on battery complexity, material availability, and order quantity.
Our battery packs can support CE, RoHS, UN38.3, MSDS, IEC62133, CB, KC, and other international certifications depending on your market and application requirements.
MOQ depends on the battery configuration and customization level. We support prototype development, engineering samples, pilot production, and large-volume manufacturing to help customers throughout the product development process.
Please provide your required voltage, capacity, maximum discharge current, battery dimensions, connector type, communication requirements, operating environment, and expected application. Our engineers will recommend the most suitable battery solution.
Yes. LithoTop has an in-house BMS manufacturing facility capable of developing intelligent protection boards from 1S to 25S. We support CAN, SMBus, RS485, Bluetooth, UART, and other communication protocols.
LithoTop combines premium Grade A battery cells with our own BMS manufacturing capability, enabling us to provide complete battery solutions from a single supplier. This helps reduce communication costs, shorten development cycles, and ensure better compatibility between battery cells, protection systems, and customer applications.
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Our Factory Insight
LithoTop operates advanced lithium battery manufacturing facilities equipped with automated production lines, precision testing equipment, and strict quality control systems. From cell selection to battery assembly and final inspection, every process is carefully managed to ensure stable performance, reliable quality, and high production efficiency. With experienced engineers and strong OEM/ODM capability, we provide customized battery solutions for customers worldwide.
Global Certifications & Compliance Support
LithoTop provides comprehensive certification support for custom lithium batteries to help customers accelerate product development and global market entry. From prototype verification to mass production, our engineering team assists with battery compliance, transportation documentation, and international safety standards, reducing certification risks and shortening your project timeline.
Industry News Insight
Stay updated with the latest lithium battery industry news, product innovations, technology insights, and application trends from LithoTop. Explore expert articles, battery guides, and industry updates to learn more about custom lithium battery solutions, energy storage, UAV batteries, wearable device batteries, and advanced power technologies.
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