HP- 870 Portable Rechargeable Fruit Juicer Blender- white or green

Product details

HP-870 Freshly Squeezed Juice Cup represents a modern intersection of convenience and nutrition, designed for individuals who prioritize a healthy lifestyle despite a busy, mobile schedule. Combining the functionality of a high-speed blender with the portability of a travel bottle, this device allows users to prepare and consume fresh beverages in one seamless process.

Design and Portability

The core appeal of the HP-870 lies in its ergonomic and compact design. With a capacity of 450ml, it is sized perfectly for single servings of smoothies, protein shakes, or fruit juices. Its lightweight build and integrated carrying strap make it an ideal companion for the gym, office, or outdoor excursions. The inclusion of a digital display further modernizes the user experience, providing clear feedback on battery life and operational modes.

Technical Performance

Under the hood, the HP-870 is engineered for efficiency. It is powered by a 50W motor capable of reaching a no-load speed of 22,000 rpm. This power is directed through USU304 stainless steel blades, which are durable enough to handle fibrous vegetables and frozen fruits. To support this performance, the device features a 1500mAh rechargeable battery that utilizes a universal Type-C charging port, ensuring that it can be easily powered up using a laptop, power bank, or car charger.

Advanced Functionality and Safety

Unlike simpler portable mixers, the HP-870 offers specialized processing modes tailored to different ingredients:

Juicing Modes: It features three distinct power cycles (P1-P3) ranging from 45 to 65 seconds to handle everything from soft greens to harder fruits and ice.

Maintenance: A dedicated P4 cleaning mode allows the device to self-clean in just 15 seconds with a simple addition of water and a drop of soap.

Safety Integration: The device prioritizes user safety with an integrated sensor that prevents the blades from spinning unless the cup is securely fastened to the base.