Why Choose FLS Body Impedance Analyzer?
- Comprehensive Body Composition Analysis
- Accurate Measurement of Body Composition Parameters
- Health Risk Assessment Support
- Reliable Quality & Technical Support
Why Choose Folistech for Medical & Rehabilitation Equipment?
Folistech is a professional Medical & Rehabilitation Equipment Manufacturer specializing in rehabilitation training systems and physical therapy equipment.
Folistech implements strict quality control throughout production, including incoming material inspection (IQC), in-process inspection (IPQC), final inspection (FQC), and outgoing inspection (OQC). Quality checks cover structural stability, resistance adjustment, electrical functions, operational performance, and packaging. We also provide equipment selection guidance, installation support, operation training, troubleshooting, and spare parts. Our after-sales service includes warranty support, repair assistance, response coordination, and spare parts delivery to help ensure reliable long-term operation.
Applications of Folistech Medical & Rehabilitation Equipment
Supports physical therapy, muscle strengthening, joint mobility training, and functional rehabilitation in clinical settings.
Provides equipment for structured rehabilitation training, muscle function exercises, and mobility improvement to support individual recovery programs.
Supports targeted muscle training, joint movement exercises, and supervised physical therapy programs.
Supports progressive muscle strengthening, joint mobility exercises, and functional recovery following surgery under professional guidance.
Suitable for muscle strengthening, physical conditioning, sports performance training, and rehabilitation following selected sports injuries.
Supports appropriate strength exercises, joint mobility training, and physical function maintenance for older adults.
May support supervised muscle strengthening, movement control, and functional training for selected neurological rehabilitation programs, depending on equipment capabilities.
Supports body composition measurement and health assessment applications using compatible body impedance analyzers, depending on the model and its specifications.
FLS-KF Body Impedance Analyzer
- FLS-KF Body Impedance Analyzer
1. Product Introduction
The Body Impedance Analyzer is a medical testing device developed based on electrical impedance tomography (EIT) and low-voltage direct current sensing technology. By measuring differences in the electrical impedance characteristics of human tissues and combining them with 3D digital model reconstruction technology, the device is designed to complete an assessment of 15 major body systems and more than 220 functional indicators within five minutes.
The device collects human bioelectrical impedance data, such as resistance, conductivity, and pH-related measurements, and generates three-dimensional dynamic images of tissues and organs. According to the manufacturer’s stated capabilities, it is intended to support early disease screening, including risk assessment for tumors, diabetes, and cardiovascular diseases, as well as general health status analysis. Its stated advantages include non-invasive measurement, rapid assessment, and a clinical consistency rate of up to 96%.
The product is stated to comply with applicable medical device registration requirements and supports cloud-based data storage and multi-device data sharing, helping address data management and security requirements in healthcare and pharmaceutical applications.
2. Product Features
2.1 Compliance and Intelligent Data Management
Integrates role-based access control, audit trails, and electronic signatures to support data traceability and record management in accordance with applicable requirements, including the 2020 edition of the Chinese Pharmacopoeia and relevant GMP/GLP practices, where applicable.
Supports an optional database capable of storing up to hundreds of millions of records. The system can automatically store historical data and generate personalized health reports, including risk assessments and nutritional recommendations, depending on the software configuration.
2.2 Efficient, Non-Invasive Measurement
Uses chronopotentiometric statistical analysis and a 1.28 V low-voltage direct current stimulation technique. A single measurement takes no more than five minutes and is intended to support functional assessments related to major systems, including the cardiovascular, endocrine, and nervous systems.
According to the manufacturer’s claims, clinical validation indicates sensitivity to certain early-stage abnormalities, such as cellular changes and inflammation. The device may provide data related to biochemical indicators, including free radicals and electrolyte levels, subject to the actual measurement capabilities and validation evidence.
2.3 Multi-Scenario Applications and Easy Operation
Supports both offline and online operating modes for use in hospitals, health examination centers, community clinics, and selected industrial applications, subject to the device’s intended use.
Equipped with a 7-inch color touchscreen and an embedded Chinese-language operating system. Supports Bluetooth connectivity, USB data export, and Chinese-language report printing.
2.4 Safety, Maintenance, and Expandable Functions
Designed without consumable reagents or gas supplies, helping reduce routine operating costs. Built-in overcurrent and overvoltage protection mechanisms support electrical safety.
Can be integrated with an optional cloud-based health management platform for remote data analysis and health trend tracking, depending on the available software functions.
3. Technical Specifications
Measurement Range: 0.1 Ω–2 MΩ (impedance)
Measurement Accuracy: ±0.5% (typical value)
Resolution: 0.01 Ω
Measurement Time: ≤ 5 minutes per measurement
Data Storage: ≥ 100,000 local records, with optional cloud storage expansion
Power Supply: 220 V ± 22 V, 50 Hz ± 1 Hz
Operating Environment: Temperature: 5°C to 40°C; relative humidity: ≤ 90%
4. Applications
4.1 Healthcare and Medical Applications
Disease Screening and Risk Assessment: Intended to support health risk assessment relating to conditions such as tumors, diabetes, and hypertension, where supported by validated measurement methods and applicable regulatory approvals.
Rehabilitation Monitoring: May support quantitative monitoring of muscle condition and functional recovery when the relevant measurement functions have been validated for the intended application.
4.2 Health Management
Health Examinations and Wellness Assessment: Supports body assessment and health management reports, including nutritional or lifestyle recommendations where available.
Community Healthcare: Supports patient record creation, data management, and information collection for primary healthcare services.
4.3 Research and Industrial Applications
Pharmaceutical Research: May be used in research settings to investigate changes in bioelectrical signals associated with organ function or responses to pharmaceutical interventions, subject to the research protocol.
Industrial Safety and ESD-Related Applications: Supports human-body electrical impedance monitoring in selected electronics manufacturing and electrostatic discharge (ESD) environments, where the measurement method is suitable for the intended purpose.
5. Service and Support
Qualification and Validation Documentation: IQ/OQ/PQ documentation can be provided where available and applicable to the product configuration and customer requirements. Suitability for pharmaceutical applications should be confirmed with the manufacturer.
Technical Support and Warranty: 24-hour response support, a one-year warranty, and scheduled maintenance reminders.
Testimoniais
“The equipment is thoughtfully designed and easy to operate. We appreciate Folistech’s commitment to product quality and the professional support provided by its team.”
“Folistech helped us identify suitable monitoring equipment for our daily operations. The proposed solution aligned well with our application requirements.”
“The Folistech technical team responded promptly to our questions and provided clear guidance on installation and configuration. Communication was efficient and professional.”
“The equipment’s communication interfaces made integration with our existing monitoring platform easier. The technical documentation was clear and useful throughout the setup process.”
“Folistech took the time to understand our project requirements and recommend an appropriate equipment configuration. The technical discussions helped us make an informed decision.”
“From the initial inquiry to order coordination, our communication with Folistech was smooth and efficient. The team was attentive to our needs and provided timely responses throughout the process.”
The device uses bioelectrical impedance analysis (BIA) to measure the body’s response to a low-level electrical current and estimate body composition parameters, depending on the model and its measurement capabilities.
Yes. Body composition assessment can support rehabilitation professionals in monitoring changes in body composition during recovery and physical training, alongside other clinical assessments.
Folistech focuses on product quality, functional testing, and technical support to help ensure reliable equipment operation. We also provide product information and assistance to help customers select equipment suitable for their application.
