Braun MR 550 BUFFET vs Philips HR2002/53 Blender

Comparison of MR 550 BUFFET, HR2002/53

26 specifications	A Braun MR 550 BUFFETView product	B Philips HR2002/53 Blender Model HR2002/53 View product
Features1 differ
TypeKnown for one	Immersion blender	—Unknown — not stated by the source
Removable bowlKnown for one	Yes	—Unknown — not stated by the source
Product colourDiffers	Grey, White	Black
Detachable blade unitKnown for one	Yes	—Unknown — not stated by the source
Easy to cleanKnown for one	Yes	—Unknown — not stated by the source
Dishwasher-proof partsKnown for one	Yes	—Unknown — not stated by the source
Cord storageKnown for one	—Unknown — not stated by the source	Yes
Capacity main jarKnown for one	—Unknown — not stated by the source	1.25 L
Effective jar capacityKnown for one	—Unknown — not stated by the source	1.25 L
Performanceidentical
Bowl capacity	1.5 L	1.5 L
Number of speedsKnown for one	15	—Unknown — not stated by the source
TurboKnown for one	Yes	—Unknown — not stated by the source
ChopperKnown for one	Yes	—Unknown — not stated by the source
Mini chopperKnown for one	Yes	—Unknown — not stated by the source
XL chopperKnown for one	Yes	—Unknown — not stated by the source
Smoothie beakerKnown for one	Yes	—Unknown — not stated by the source
Materialidentical
Blade material	Stainless steel	Stainless steel
Blending bowl materialKnown for one	—Unknown — not stated by the source	Styrene Acrylonitrile (SAN)
Housing materialKnown for one	—Unknown — not stated by the source	Polypropylene (PP)
Material jar(s)Known for one	—Unknown — not stated by the source	SAN
Power1 differ
PowerDiffers	600 W	400 W
AC input voltageKnown for one	—Unknown — not stated by the source	220-240 V
AC input frequencyKnown for one	—Unknown — not stated by the source	50/60 Hz
Packaging contentidentical
Stainless steel blade includedKnown for one	Yes	—Unknown — not stated by the source
WhiskKnown for one	Yes	—Unknown — not stated by the source
Technical detailsidentical
Dangerous goodsKnown for one	—Unknown — not stated by the source	No

A dash means the value is not stated by the source. Unknown values are never counted for or against a product, and there is no overall score.