Rugged Lithium Packs for Data-Capture Hardware

Handheld Computer & Barcode Scanner Battery Manufacturer India

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Last updated: · Reviewed by the Leolus Energy engineering team, Bangalore.

In a warehouse or on a delivery route, a handheld terminal that dies before the shift ends stops the whole operation. Leolus Energy manufactures custom lithium batteries for handheld computers, barcode scanners and AIDC devices built to last a full shift and survive the drops, dust and temperature swings of real working environments.

As an Indian battery manufacturer for auto-identification and data capture (AIDC) hardware, we engineer packs for high cycle life and stable voltage under heavy scanning loads — so rugged tablets, mobile computers and warehouse terminals keep working when uptime matters most.

Handheld Computing & AIDC We Power

Handheld Computers

High-capacity packs for handheld computers and mobile terminals that run full warehouse and field shifts.

Barcode Scanners

Stable-voltage lithium batteries for handheld and wearable barcode scanners under continuous use.

RFID Readers

Reliable batteries for handheld RFID readers needing consistent power for read range.

Rugged Tablets

Durable, high-density packs for rugged tablets used in logistics, field service and manufacturing.

Mobile Computers & PDAs

Long-runtime batteries for mobile computers and PDA devices in retail and warehousing.

Warehouse Terminals

Heavy-duty packs for fixed and vehicle-mounted warehouse data terminals.

Data Collection Terminals

Batteries for inventory and data-collection terminals with all-day scanning demands.

What a Handheld and AIDC Battery Specification Has to Pin Down

Most enquiries we receive specify capacity and voltage and stop there. For handheld computing & aidc the parameters below decide whether the pack survives its intended service life, and they are the ones worth agreeing before a purchase order.

ParameterTypical requirementWhy it decides the outcome
Shift-length runtime 8–12 hours of mixed scan, screen and radio use Warehouse and retail devices are sized to a shift, not to a number. Runtime that falls short of the shift means a mid-shift swap and a queue at the charging rack.
Cycle life at 1C ≥500 cycles to 80% capacity A device charged nightly hits 250 cycles a year. A 300-cycle pack is a fourteen-month consumable; an 800-cycle pack is a three-year asset.
Charge contact design Gold-plated pogo or blade contacts Handhelds charge in cradles hundreds of times a year. Contact plating and spring force decide whether the device still charges reliably in year two.
Drop and vibration tolerance Pack survives the device's own drop rating A pack that shifts inside its housing on impact breaks solder joints and cell tabs. The pack has to be as rugged as the device around it.
Fuel-gauge accuracy ±3% state-of-charge reporting Operators trust the on-screen percentage. A gauge that reads 20% and then dies loses the last scan of a picking run.

Three Mistakes We See Repeatedly

These come up often enough in handheld computing & aidc projects that they are worth stating plainly. None of them are exotic; all of them are expensive to discover after tooling is committed.

1

Buying on capacity alone

A higher mAh pack that fails at 300 cycles costs more per shift than a smaller pack rated for 800. Cost per shift-day is the number that matters, not mAh per rupee.

2

Mismatched charging infrastructure

Replacement packs that do not authenticate with existing multi-bay chargers force a parallel charging setup. Confirm cradle compatibility before a fleet-wide order.

3

Mixing pack ages in one fleet

Old and new packs in the same charging pool means devices get an unpredictable runtime each morning. Batch-replace by device group, not one at a time.

If you are working through a specification and want a second opinion before committing, send it over — we would rather flag a problem at the drawing stage than build to a spec we know will disappoint. See how our custom pack process works.

Handheld & AIDC Batteries — FAQs

We build custom lithium packs for handheld computers, barcode scanners, RFID readers, rugged tablets, mobile computers, PDAs, warehouse terminals and data-collection devices — designed for full-shift runtime and high cycle life.

Yes. We reverse-engineer the form factor, voltage and connector of existing imported AIDC devices to supply reliable local replacement packs, as well as OEM batteries for new products.

Yes — we spec cells and BMS for stable voltage under continuous scanning and 500+ cycles, so terminals stay dependable across long deployment lifetimes.

Yes. As an RFID reader battery manufacturer in India, Leolus Energy builds packs that hold a consistent voltage under the current draw of an RF read cycle — read range falls off as the pack sags, so voltage stability matters more here than raw capacity. Handheld and wearable RFID readers are both supported.

Yes. A rugged tablet battery pack has to fit a sealed, impact-rated housing and survive the temperature range of a vehicle cab, a cold store or an outdoor field site. We design to the tablet's existing form factor, voltage and connector for logistics, field service and manufacturing deployments, on both OEM and replacement terms.

Need a custom handheld computing & aidc battery? Let's build it.

See how our custom battery pack process works — spec, prototype, production.

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