KitchenAid 5.2L Heavy Duty Bowl-Lift Stand Mixer - White Draft

A redesigned high-performance kitchen appliance has been introduced with the KitchenAid 5.2L Heavy Duty Bowl-Lift Stand Mixer, engineered for demanding baking and cooking applications. Enhanced power output has been integrated to support intensive mixing tasks, while consistent results are achieved through 11 precise speed settings, including a specialized half-speed fold function designed for delicate ingredient incorporation. A full metal construction has been implemented to ensure long-term durability and commercial-grade reliability.

Greater control and stability are provided through a bowl-lift design featuring a 3-point locking system, allowing heavy mixtures and large batches to be processed with reduced vibration. A soft start function has been incorporated to minimize splatter during operation, while thermal protection has been added to safeguard the motor during extended use. Large-capacity performance is supported, enabling up to 3.2 kg of bread dough to be kneaded efficiently, making it suitable for both professional and advanced home kitchens.

Key Features:

• Redesigned High-Power Motor System:
  Increased mixing power has been engineered to handle dense doughs and heavy ingredients with improved efficiency and stability.
• Bowl-Lift 3-Point Locking Design:
  A reinforced lifting mechanism has been integrated to provide maximum bowl stability during high-load mixing tasks.
• 11-Speed Precision Control with Fold Mode:
  A wide speed range has been implemented, including a dedicated half-speed fold setting that mimics manual folding for airy mixtures and delicate batters.
• Full Metal Construction:
  Durability has been ensured through all-metal gears and a zinc body, supporting long-term commercial-style performance.
• Soft Start Technology:
  Gradual acceleration is applied at startup to reduce ingredient splash and improve mixing control.
• Thermal Safety Cut-Off:
  Automatic shutdown protection has been included to prevent overheating during intensive operation.