Category: Engineering At CMB

Potting and Encapsulation for Lithium Battery Pack
Engineering At CMB

Potting and Encapsulation for Lithium Battery Pack

In custom battery pack design, potting and encapsulation are essential processes used to protect cells and internal electronic components from moisture, vibration, electrical insulation. These processes are applied to battery…

Stacked vs Winding Battery Technology
Engineering At CMB

Stacked vs Winding Battery Technology: Why High-Rate Devices Prefer Stacking?

As high-power applications such as drones, robotics, fast-charging systems, and industrial equipment demand higher discharge rates and thermal stability, traditional winding battery structures are facing performance limitations. Engineers often struggle…

Battery Enclosure Design for Custom Battery Pack
Engineering At CMB

Battery Enclosure Design for Custom Battery Pack

Battery enclosure design is a critical pillar of system engineering when manufacturing custom battery packs. Beyond simply shielding cells from physical damage, a well-engineered battery housing ensures long-term safety, reliability, and…

What is a Tabless Battery
Engineering At CMB

What is a Tabless Battery?

In custom battery pack design, engineers face the challenge of balancing high energy density with space constraints, lightweight design, and thermal management. Tabless battery cells, known as full-tab battery cell,…

Battery Communication Protocols for Battery Management Systems
Engineering At CMB

Battery Communication Protocol Options for Custom Lithium Battery Packs

In a custom lithium battery pack, the communication protocol is defined by the BMS configuration and determines how the battery exchanges data with the outside system. Different protocol choices lead…

Guide to Choosing the Best Batteries for LED Lights
Engineering At CMB

A Complete Guide to Powering LED Lights with Batteries

Battery-powered LED lighting is increasingly used in portable, off-grid, and backup applications where direct connection to 220V mains power is impractical. Batteries used in LED lighting systems have a hard…

custom battery pack for Medical Wearable Device
Engineering At CMB

Engineering Guide to Designing Medical Wearable Device Battery Packs

Wearable medical devices integrate with human body, capturing health data such as blood glucose, blood pressure, heart rate, blood oxygen, body temperature, and converting these signals into actionable digital insights. Rechargeable…

AMR Lithium Battery
Engineering At CMB

The Ultimate Guide to AMR Lithium Battery Pack Design

Based on how they are built and programmed, autonomous mobile robots can do many different jobs, such as moving and inspecting materials and helping with logistics in places like hospitals,…

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ECall battery (ecall system backup battery)
Engineering At CMB

The Complete Guide to Designing Reliable eCall Battery Packs

Alongside the growing demand for automotive IoT, the eCall system has emerged as an integral component to enhance vehicle safety and reliability. This drives the rapid demand for durable and long-lasting…

Battery Load Testing
Engineering At CMB Safety

All You Need to Know about Battery Load Testing

Batteries overheat and lose capacity over time, so rigorous testing is essential. Battery load testing measures the battery’s voltage, current, and power under various load conditions, thereby assessing the battery’s…

Lithium battery production system
Engineering At CMB Knowledge Center

Beyond Tariffs: Building Long-Term Value with Custom Battery Solutions

As we navigate the changing landscape of U.S. tariff policy, it may be tempting for American buyers to abandon international suppliers to cut costs. But when it comes to sourcing…

Tariffs affect battery cost
Knowledge Center Engineering At CMB

Low-Volume Battery Packs Under Tariffs: Cost Strategies for OEMs

Tariffs are in flux, and for original equipment manufacturers (OEMs) sourcing small quantities of custom battery packs, the cost pressure is even higher. But that doesn’t mean innovation and profits…

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