Batedeira Jata HSET1234

The Jata HSET1234 blender combines a powerful motor, multiple speed settings and a durable glass jar in a compact design suitable for everyday kitchen use. Designed for preparing smoothies, soups and sauces, it delivers consistent texture and reliable performance while occupying minimal counter space. Removable parts and a sturdy construction make cleaning and storage straightforward.

Advantages

The blender offers adjustable speed control for precise blending results and a robust glass jar that resists staining and odor retention. Its compact footprint fits small kitchens and the unit includes easily removable components for quick cleaning. The motor provides enough torque for crushing ice and blending fibrous ingredients while maintaining stable operation.

Suitable for

• Making fruit and vegetable smoothies
• Preparing hot and cold soups
• Emulsifying dressings, sauces and dips
• Crushing ice for cold beverages
• Pureeing cooked vegetables for baby food

Key specifications

• Powerful motor designed for everyday blending tasks
• Multiple speed settings for variable texture control
• Durable glass jar that resists scratches and odors
• Compact footprint for limited counter space
• Removable jar and lid for easy cleaning
• Stainless steel blades suitable for ice and fibrous ingredients

How to use

Place the blender on a flat, stable surface and ensure the jar is correctly seated on the base. Add ingredients to the glass jar, select an appropriate speed setting and start blending. For hot liquids, allow cooling time and avoid filling the jar to the maximum capacity to prevent splashing. Use short pulses for coarse chopping or to control consistency, and run continuous blending for smooth purees.

Recommendations

For best results, cut large pieces into smaller portions before blending, secure the lid during operation, and clean the jar and blades promptly after use. Avoid immersing the base in water; wipe it with a damp cloth. When processing hard items like ice, use short pulses to reduce strain on the motor.