Atomberg Studio+ Exhaust Fan

This exhaust fan has been designed with a 7.5W energy-efficient BLDC motor. The result? Silent operation in spite of high air delivery. The double ball bearing motor ensures a long life and less noise.

Super-efficient
BLDC motor

Silent operation
In spite of high air delivery

100% copper
motor

Extra durable
Stainless Steel

Double ball bearings

Back flaps prevent insects from entering the house

Easy to clean
Easy to install and uninstall

Studio+ | ABS PLASTIC
EXHAUST FAN

This exhaust fan has been designed with a 7.5W energy-efficient BLDC motor. The result? Silent operation despite high air delivery. The double ball bearing motor ensures long life and less noise

Super-efficient
BLDC motor

Silent operation
In spite of high air delivery

Easy to clean
Easy to install and uninstall

100% copper
motor

Extra durable
ABS Plastic

Double ball bearings

Back flaps prevent insects from entering the house

Studio | SS FINISH
EXHAUST FAN

This exhaust fan has been designed with a 6.5W
energy-efficient BLDC motor. The result? Silent operation in spite
of high air delivery. The handy back flaps keep insects out of the home. The fan is easy to clean and install.

Super-efficient
BLDC motor

Silent operation
In spite of high air delivery

Back flaps prevent insects from entering the house

100% copper
motor

Extra durable
Stainless Steel

Easy to clean
Easy to install and uninstall

Studio | ABS PLASTIC
EXHAUST FAN

This exhaust fan has been designed with a 6.5W energy-efficient BLDC motor. The result? Silent operation in spite of high air delivery. The handy back flaps keep insects out of the home. The fan is easy to clean and install.

Super-efficient
BLDC motor

Silent operation
In spite of high air delivery

Back flaps prevent insects from entering the house

100% copper
motor

Extra durable
ABS Plastic

Easy to clean
Easy to install and uninstall

REVOLUTIONARY BLDC TECHNOLOGY

Meet India's most energy-efficient motor

Why BLDC motor-powered Atomberg fans are the future

Super-Efficient: consumes only 28W of energy, almost 1/3rd of an induction motor
Runs 3 times longer on an inverter battery
Noiseless operation
Intelligent electronics & AtomSENSE algorithm
Smart Remote control
No heating: ensures longer motor life
Consistent output even with fluctuating input voltage

Inefficient Motor

Here's why you need to replace your
fans immediately

Extremely inefficient: Consumes 75-80W of energy with enormous heating losses
Humming noise
Failures in bearing and copper windings
Non-consistent output
Dependency on external capacitor and regulator: This results in associated losses and costs
Zero flexibility: in terms of design, material selection and size
No compatibility with IoT: plain mechanical devices
No scope for innovation