RAF 2.0L Heavy Duty Commercial Blender with Digital Touch Display

PRODUCT DESCRIPTION

The RAF R.2941 Commercial High-Speed Smoothie Blender provides a heavy-duty blending performance designed for home kitchens, smoothie bars, cafes, and restaurant spaces. Driven by a 1200-watt pure copper motor capable of reaching up to 28,000 RPM, this appliance easily crushes ice, whole fruits, seeds, nuts, and tough ingredients within seconds.

Featuring a 2.0-litre unbreakable polycarbonate processing jar with clear measurement markings, the unit is equipped with a 6-blade stainless steel assembly for thorough circulation and fine consistency. The base features a sleek digital touch control panel with an LED display screen, speed selection buttons, timer controls, and preset functions. Complete with a custom tamper stick for managing thick mixtures, sound-damping base pads, and a secure lid seal, this high-performance blender delivers smooth, consistent results for smoothies, shakes, purees, and crushed ice.

SAFETY NOTE

1. Ensure the 2.0L polycarbonate jar is correctly seated on the motor base gear before starting operation.
2. Always secure the top lid and center measuring cap tightly before pressing start to prevent splash hazards.
3. Keep hands and foreign objects out of the blender jar during operation; use only the provided tamper stick through the lid opening.
4. Do not submerge the main electric motor base unit or power cord in water or other cleaning liquids.

GUIDE TO PROPER USAGE

1. Place ingredients into the 2.0L polycarbonate jar, adding liquids first to assist the blending motion.
2. Place the jar onto the motor base, attach the lid securely, and insert the center cap or tamper stick.
3. Connect the power plug into an electrical wall socket and activate the power button on the touch panel.
4. Select your desired speed level, preset program, or pulse function using the digital LED interface.
5. Use the included tamper tool through the lid opening to press thick ingredients down toward the blades if necessary during blending.