Cappuccinatore-frother  DEXP DMF-300

#9153476

Cappuccinatore-frother DEXP DMF-300

[300 mL, 500 W, modes - 4 pcs, housing - plastic, auto shut-off, heating, powered by - mains, black] details

Not on sale

  • Characteristics
  • Feedback 168
  • Instructions and files

Characteristics Cappuccinatore-frother DEXP DMF-300

General parameters

Type
cappuccinatore-frother
Type
pitcher
Model
DEXP DMF-300
Main Color
black

Basic characteristics

Total Volume
300 mL
Frothing Capacity
150 mL
Heating
yes
Heating Temperature Adjustment
none
Heating Capacity
300 mL
Number of Attachments
1 pcs
Modes
4 pcs
Operating Modes
preheating, dense foam with heating, foaming without heating, light foaming with heating
Housing Material
plastic
Bowl Material
stainless steel
Internal Measuring Scale
yes

Additional Information

Controls
electronic
Display
none
Indicators
work mode
Auto Shut-Off
yes
Safety Lock During Use
none
Power Cord Length
1.19 m
Rubber Feet
yes
Extra
non-stick coating
Package Contents
documentation, frothing nozzle

Power

Power
500 W
Power Supply Type
mains
Power Supply Voltage
220-240V/50-60Hz
Standby Power Consumption
0 W

Dimensions and Weight

Width
110 mm
Height
203 mm
Depth
160 mm
Weight
848 g

Description

The DEXP DMF-300 milk frother in a black housing is designed in the shape of a pitcher. The stainless steel inner container is coated with a non-stick coating, ensuring easy cleaning. The bowl holds 300 ml of milk for heating and 150 ml for frothing without splashing. A measurement scale is located on the inner walls of the container, allowing you to portion milk according to specific drink recipes.
The DEXP DMF-300 milk frother is equipped with an electronic control panel. Four automatic operating modes are provided: heating, cold milk frothing, light warm frothing for latte, and dense froth creation for cappuccino. Current settings can be viewed via light indicators on the frother's body. The unit automatically turns off at the end of the operating cycle. This optimizes power consumption and prevents device overheating.