The ACCUNIQ BC720 is a high-end body composition analyzer for professionals, offering precise phase angle measurements, extracellular water ratio analysis, and detailed body composition evaluations. With six frequencies, it provides advanced insights into health, including abdominal obesity prediction and cell health assessment. Its intuitive touch screen and optional features like an ultrasonic height meter enhance usability. Ideal for managing health and obesity-related metrics, it integrates seamlessly with blood pressure monitors. Designed for accuracy and efficiency, it supports comprehensive data management.
The ACCUNIQ BC720 is a state-of-the-art body composition analyzer designed for professionals who demand high accuracy and functionality. Equipped with cutting-edge technology, this device offers an advanced evaluation of body composition, water balance, abdominal obesity, and cellular health. It integrates seamlessly with optional features, enhancing its application across fitness centers, clinics, and wellness programs.
The ACCUNIQ BC720 provides an in-depth analysis of extracellular and intracellular water levels. It offers a detailed evaluation of body water balance, crucial for identifying health issues like edema. By measuring extracellular water through low frequency and total body water through high frequency, it accurately determines water distribution across the body.
This device evaluates visceral and subcutaneous fat mass while offering predictive insights into abdominal obesity over five years. Combined with basal metabolic rate data, it helps health professionals and users monitor obesity trends effectively.
The phase angle, a critical indicator of cell membrane health and integrity, is calculated for the entire body. A higher phase angle indicates healthier cells, while a lower value may signify potential issues. This feature supports health monitoring and prognosis for metabolic and chronic diseases.
The BC720 provides granular data for body fat mass, muscle mass, total body water, intracellular water, extracellular water, and extracellular water ratio by body part. This detailed segmentation helps professionals create tailored health and fitness plans.
The analyzer can connect to ACCUNIQ automatic electronic blood pressure monitors (BP500, BP210, BP250, BP850) for comprehensive health management. It allows users to monitor blood pressure alongside body composition, consolidating data into a single, easy-to-read result sheet.
The optional ultrasonic height meter (SM103) integrates seamlessly with the ACCUNIQ BC720. It measures height accurately using an ultrasonic sensor, ensuring proper posture and minimal error. This feature is ideal for clinics and gyms looking to provide complete health assessments.
The 8.4-inch touch screen provides a user-friendly experience, allowing for quick data entry and immediate result review. The interface supports touch and keypad operations, ensuring ease of use for all users, from children to adults up to 210 cm tall.
With the ACCUNIQ Manager software, users can manage and analyze member data efficiently. The software supports USB and Bluetooth connectivity for seamless integration with computers, enabling customized diet and exercise plans.
Built with high-quality materials, the ACCUNIQ BC720 is designed to support up to 270 kg in weight. Its compact dimensions and ergonomic design ensure it fits comfortably in professional settings while offering a comfortable measurement position for users.
The BC720 employs six frequencies (1kHz to 1000kHz) for precise impedance measurements. This enables accurate analysis of body composition across five segments (left arm, right arm, left leg, right leg, trunk), ensuring detailed results.
The ACCUNIQ BC720 combines precision, versatility, and ease of use. It's an ideal solution for healthcare professionals, fitness trainers, and wellness experts seeking reliable and detailed body composition analysis. Whether monitoring progress, assessing health risks, or crafting personalized plans, the BC720 stands as a leader in its class.
