Personal blender Adler CR 4069I / CAMRY CR 4069 Inox — 500 W, 570 ml, 4 stainless steel blades, Tritan jar, ice-crush

Compact personal blender Adler CR 4069I (CAMRY CR 4069 Inox) with a 570 ml Tritan bottle designed for preparing smoothies, shakes and crushed-ice drinks. The unit features four stainless steel blades, a silicone lid and dishwasher-safe, BPA-free parts. Rated power is 500 W with a peak of up to 800 W and a maximum rotational speed of 20,000 RPM. The blender uses a Type C (Europlug) connector and has an inox finish.

Advantages

The blender combines a small footprint with sufficient power for home and on-the-go blending. Four stainless steel blades and an ice-crushing function handle fruit, vegetables and ice. Tritan jar and BPA-free materials provide durability and safety, while dishwasher-safe components simplify cleaning.

Suitable for

• Preparing fruit and vegetable smoothies
• Making protein shakes and meal-replacement drinks
• Crushing ice for cold beverages
• Portable use with a travel-friendly bottle

Key specifications

• Rated power: 500 W
• Maximum power (peak): 800 W
• Maximum rotational speed: 20,000 RPM
• Bottle capacity: 570 ml
• Blade material: stainless steel (4 blades)
• Jar material: Tritan
• Lid material: silicone
• BPA-free: yes
• Dishwasher-safe parts: yes
• Plug type: Type C (Europlug)
• Colour: inox

How to use

Fill the Tritan bottle with ingredients without exceeding the 570 ml capacity, secure the blade assembly and silicone lid, then connect the blender to a Type C outlet. Use short pulses to chop or blend evenly and increase runtime as needed to reach the desired texture. For ice crushing, add small ice cubes and pulse to avoid overheating the motor. After use, detach washable parts and clean according to the care instructions.

Usage recommendations

To prolong blade sharpness and motor life, avoid continuous operation longer than recommended and allow short cooling intervals between heavy cycles; cut larger fruits into smaller pieces before blending and use the ice-crush function in short pulses.