BATTERY PROJECTS & APPLICATIONS

Electric Vehicle Battery Connectors
Laser cut connectors ensure accurate and repeatable solutions.

Prototype Battery Connectors
The Advantages of Precision Laser Cutting for Prototype Battery Connectors.

Precision Components For Drones
Drones have rapidly become a crucial part of modern technology, revolutionising industries.

Marine Battery Tech: What’s Fuelling the Electric Boat Revolution?
Cutting-edge developments in marine battery tech.

Battery-Powered Robots Transform Vineyard Management
Across the globe, winegrowers are embracing a new generation of autonomous, battery-powered robots that are reshaping how vineyards are maintained, monitored, and harvested.

Why Micron-Level Precision is Critical in Battery Manufacturing
Discover how micron-level tolerance in battery connectors can improve safety, reliability, and performance in EVs, aerospace, and medical devices.

Battery-Operated Livestock Monitors
Powering the future of precision livestock management with reliable battery connectors.

Battery Tabs for Lithium-Ion Batteries
Custom battery pack connectors for lithium-ion battery packs.

Battery Connectors For Solar Storage: Precision Engineering For Reliable Power
Datum’s bespoke battery connectors are engineered to meet the exacting standards of solar storage units.

Choosing Battery Pack Materials: What to Use and Why It’s Important
When designing battery packs or busbars, selecting the right material for connectors and tabs isn’t just about cost.

Are Nickel Strips the Right Material for Your Battery Pack?
Nickel is a popular choice for battery packs, especially in lithium-ion systems, because it offers a practical combination of electrical performance, weldability, and corrosion resistance.

Designing Better Cell Connectors: Key to Optimizing Battery Pack Performance
Cell connectors also play a key role in how well a battery performs, especially under real-world conditions.

How Precision Laser Cutting Helped Reduce Battery Tab Scrap by 30%
How coil fed laser cutting reduced battery tab scrap by 30%, making ultra-thin battery tab production faster, cleaner, and more efficient

