
70min
Total
with Cooling fan
Fast Charging
34
min
Well Balanced Cooling
The charging time
in practical condition
Competitor A
MAKITA
40%Lighter
Optimum Charging System
Optimum Charging System
Cooling fan
MAKITA
18V Li-ion 3.0Ah
14.4V Li-ion 3.0Ah
MAKITA
18V /14.4V
Ni-MH 3.0Ah
Unbalanced Cooling Without Cooling
Competiter A Competiter B
Temperature
High
Low
Enclosed
The design which air flows efficiently overall and it
can cool cell evenly and rapidly.
Well-balanced cooling system prevents the load only
to a part of cell and makes
battery life longer.
22min
22min
Total
60
min
10
min
Firm Holding
Multi-contact terminals reduce electrical
resistance and increase connection stability
withstanding against vibration, and
ultimately ensures
Stable current supply
to the tool.
Out of air flow
Battery Cell
Air Inlet
Air Outlet
In case that the battery that became 70
degrees C right after use is charged in the
environment of 25 degrees C.
It is necessary to cool down the battery before you begin to
charge it when you charge the battery, which is the high
temperature after use. MAKITA developed the original charger
system; Built-in the cooling fan. The stand-by time until the
charge starts is greatly shortened by cooling efficiently. In
addition, the charger keeps cooling while charging it, and the
rapid charge is achieved.
MAKITA’s
Optimum Air flow
70min
Total
with Cooling fan
Fast Charging
34
min
Well Balanced Cooling
The charging time
in practical condition
Competitor A
MAKITA
40%Lighter
Optimum Charging System
Optimum Charging System
Cooling fan
MAKITA
18V Li-ion 3.0Ah
14.4V Li-ion 3.0Ah
MAKITA
18V /14.4V
Ni-MH 3.0Ah
Unbalanced Cooling Without Cooling
Competiter A Competiter B
Enclosed
The design which air flows efficiently overall and it
can cool cell evenly and rapidly.
Well-balanced cooling system prevents the load only
to a part of cell and makes
battery life longer.
22min
22min
Total
60
min
10
min
Firm Holding
Multi-contact terminals reduce electrical
resistance and increase connection stability
withstanding against vibration, and
ultimately ensures
Stable current supply
to the tool.
Out of air flow
Battery Cell
Air Inlet
In case that the battery that became 70
degrees C right after use is charged in the
environment of 25 degrees C.
It is necessary to cool down the battery before you begin to
charge it when you charge the battery, which is the high
temperature after use. MAKITA developed the original charger
system; Built-in the cooling fan. The stand-by time until the
charge starts is greatly shortened by cooling efficiently. In
addition, the charger keeps cooling while charging it, and the
rapid charge is achieved.
MAKITA’s
Optimum Air flow
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