Reads Battery Information stored inside the battery controller even when the battery is faulty and not detected by the laptop. Detects the Chip Name without opening the battery case.

Performs Quick Heath Test by analyzing the behavior of the battery during its lifetime.

Reads Cells Voltage in Seconds even when the battery is damaged, faulty or not detected by the laptop. This great feature can be used in recycling/extracting good cells from faulty laptop batteries.

Checks if the battery is Locked for charging or discharging. When the chip inside the battery detects a malfunction then the battery is locked for charging or discharging (Permanent Failure).

Computes the Cells Balance. This new feature checks the balance of the cells by inspecting the Voltage Deviation between the cells. The Maximum Imbalance is highlighted depending on how good it is.

NLBA1 device Charges almost All Laptop Batteries with a maximum current of 3.2 Amps. A great feature that helps you know if a battery can be charged by the laptop. The stop-charging conditions are fully customizable.

The Charging Process is Safe because the battery is charged in the same way the laptop does according to Smart Battery Charger Protocol. Moreover, the device continuously monitors the battery parameters and stops charging immediately an error is detected.

On an Intuitive Graphic, the battery current, battery voltage and cells voltages are plotted. The graph offers great experience by enabling zooming, tracing and analyzing of the values.

An Advance Log Analyzer logs the most important parameters during the charging process. The log can be analyzed in a professional way using Data Grid View and Chart View.

The Injected Capacity as well the Maximum Imbalance are computed to get a better view of the cells during charging.

Discharges the batteries with a current down to -3.2 Amps. Can discharge the battery in the same way a laptop does, helping to test the battery correctly. Fully customizable stop-discharging conditions.

Measures the Real Battery Capacity and the Maximum Cells Imbalance during the discharging process to get an accurate estimation of the battery condition.

Tracks voltage of the cells on the graph. A fantastic feature that lets the user analyze the voltage drop of each cell and estimate how good the cells are.

An Advance Log Analyzer logs the most important parameters during the discharging process. The log can be analyzed in a professional way using Data Grid View and Chart View.

The device can dissipate a power of 50w. The fan speed is controlled in a smart way to ensure maximum power dissipation while keeping noise as low as possible.

NLBA1 device can Calibrate Almost All Laptop Batteries. The calibration supports the Texas Instruments Impedance Tracking algorithm and its recommendations. A laptop battery that is not calibrated will show incorrect information to the Operating System.

Performs correct calibration cycle. A calibration cycle means the battery is Fully Charged > Fully Discharged -> Fully Charged. All these three phases are fully customizable (time, current,  state of charge, temperature, cells voltage, etc.).

Fully Customizable Calibration Process: Stop Charging Conditions, Relaxing Conditions and Stop Discharging Conditions are all fully customizable to suit any battery specification.

An Advance Log Analyzer logs the most important parameters during the calibration process. The log can be analyzed in a professional way using Data Grid View and Chart View.

The NLBA1 PC Software shows the capacity before and after calibration. During charging and discharging cycles the Real Battery Capacity, Max Imbalance, and Injected Capacity are measured with a high accuracy.

The device can compute the Internal Cell Resistance based on the DC load method. The resistance is measured using the battery’s high-performance chip able to achieve a resolution down to 1 mOhm.

The Cell’s Health is estimated based on the internal cell’s resistance and the cell’s temperature and it is displayed as Good, Poor or Bad. With this feature, the cells condition can be checked within seconds.

Wake Up The Battery is a feature that can revive those laptop batteries that have over-discharged cells but the chip is still not locked (these are typically batteries that are stored for a long period without charging). This feature generates special long and short voltage patterns with different currents to force the chip to rise the cells voltage and bring the battery back to normal.

The PC Software draws the correct configuration of the cells inside the battery.

The Maximum Imbalance is computed during the cells check phase. This parameter shows accurate information about the cells balance and how well they are balanced.

We are glad to announce that in February 2021 we released the Chip Reset/Repair Feature. This feature is optional and can be used by anyone who wants to repair laptop batteries.

Our implementation of this feature is User Friendly, and very easy to operate. It has three major steps: Read Battery Parameters, Select the Chip (usually done automatically) then perform the chip operations like Unsealing and Clearing Chip Errors.

Major features of this option:
– Unsealing the chips within seconds using master passwords
– Clearing the chip errors (Permanent Failure Flags)
– Read and Write EEPROM/DataFlash
– Edit parameters: Manufacturer Date, Cycle Count and FCC

NLBA1 device comes with 10 FREE days Reset/Repair Option, unlimited batteries, you can repair as few as 1 or as many as 1000 batteries for free.

More information can be found here Chip Reset Option