Robot da cucina Jata HMOL5212 — motore 800 W, ciotola 1,5 L

The Jata HMOL5212 food processor features an 800W motor and a 1.5L bowl designed for everyday home food preparation. This compact electric food processor is intended for chopping, mixing and processing ingredients quickly and efficiently. Its size fits most kitchen countertops and it handles vegetables, fruits, nuts and similar food items, helping reduce time spent on slicing, dicing and basic blending tasks.

Advantages

The 800W motor delivers sufficient power for common kitchen tasks while the 1.5-litre bowl provides a balance between capacity and countertop footprint. Compact construction makes storage and placement simple in smaller kitchens. The appliance is designed for a range of small to medium food preparation jobs, enabling consistent chopping and mixing results for everyday recipes.

Suitable for

• Chopping vegetables and fruits for salads and sides
• Mixing ingredients for sauces and dressings
• Processing nuts and seeds into coarse or fine textures
• Preparing small batches of purees and dips

Key specifications

• Power: 800W motor suitable for domestic food processing
• Bowl capacity: 1.5 litres for small to medium portions
• Form factor: compact design for countertop use and storage

How to use

Place the food processor on a stable, dry surface and ensure the bowl and lid are correctly assembled before connecting to power. Add prepared ingredients into the bowl without exceeding its capacity, secure the lid and select the processing mode appropriate for the task. Pulse or run continuously as needed to achieve the desired consistency, then switch off and unplug before removing the lid and extracting processed food. Clean removable parts according to manufacturer guidance before storage.

Recommendations

Use the appliance for short processing cycles and avoid overfilling the 1.5L bowl. Cut large items into smaller pieces before processing to ensure even results and reduce motor strain. Allow the motor to rest between extended uses to prevent overheating.