Lizo Power Tool
Compatible replacement packs · 15C continuous · UL 2595 path

Compatible replacement batteries for the platforms your customers own

OEM/ODM Power-Tool Battery Packs for Global Brands. Slide-on packs for M18, 20V MAX, 18V LXT and 40V XGT tools — cross-referenced to OEM part numbers, built to your brand, and engineered for sustained high current rather than e-bike derating curves in a tool housing.

Reply in < 1 business day · Samples in 5–10 working days · NDA available

Continuous Discharge
15C
Pack IR (typical)
<15 mΩ
Vibration Test Cycles
500+
In-House R&D Engineers
30+

Certifications

Compliance paths buyers check first

UL 2595 and IEC 62841 gate most cordless tool programs. Preview the documentation paths we maintain for North American and international OEMs.

Full quality program
  • UL 2595

    Cordless Tools

  • IEC 62841

    Hand-Held Tools

  • UN38.3

    Transport

  • CE / RoHS

    Europe

Discharge curve

Sustained voltage under load

A 15C-rated tool pack holds voltage longer than a typical 5C e-mobility pack under the same continuous draw — fewer false low-voltage cut-outs mid-cut.

MOQ & sample timelines →
Discharge voltage curve comparison Comparison of pack voltage under continuous load: Lizo 15C tool pack maintains higher voltage than a typical 5C pack over the discharge cycle. 4.2V 3.9V 3.6V 3.3V Discharge time (% of rated capacity) 15C continuous (tool pack) Typical 5C pack
Illustrative discharge curve — actual values depend on cell selection and BMS settings.

Durability

Built for jobsite abuse

Vibration, impact, and terminal wear kill cheap packs. Four engineering pillars we validate before volume production.

01

Vibration-Ready Assembly

Spot-weld tab design, foam compression, and housing ribs tuned for drill and impact-driver duty cycles. Validated on shaker tables simulating field use.

02

Low-IR Cell Matching

Cells matched within 2 mΩ per parallel group before welding. Reduces heat under 15C loads and extends cycle life on high-draw tools.

03

Interface Precision

Terminal geometry, latch clearance, and BMS communication pins tooled to ±0.1 mm tolerances so packs seat reliably in OEM housings.

04

Thermal Management

NTC placement, discharge derating curves, and vent paths designed for continuous grinder and circular-saw workloads without false cut-outs.

How it works

From enquiry to reliable supply

Five steps, no surprises. Most programmes reach a signed-off sample inside two weeks of the first enquiry.

  1. 01

    Requirements & MOQ Confirmation

    Confirm voltage, capacity, discharge rate, connector, target market, and estimated quantity. MOQ typically 500–1,000 pcs for standard platforms; samples from 1 pc.

  2. 02

    Design & Cell Selection

    Engineers review housing drawings or samples, select cell chemistry (NMC/NCA), and propose BMS protection thresholds for your tool load profile.

  3. 03

    Sample Development

    Prototype packs ready in 5–10 working days after requirements sign-off. Includes discharge curve validation at rated C-rate.

  4. 04

    Certification & Mass Production

    UL 2595 / IEC 62841 test planning, then mass production in 2–4 weeks after sample approval depending on cell and housing complexity.

  5. 05

    Packaging & Global Shipment

    UN38.3, MSDS, carton labeling, and export documentation prepared for compliant air and sea freight.

Full ordering terms, MOQ bands and lead times →

Looking for a reliable replacement battery supplier?

Send the platform, capacities, and target market. Engineering reply within 1 business day; samples typically ship in 5–10 working days.