Blood Glucose Meter

Blood Glucose Meter

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Continuous Glucose Monitor

Continuous Glucose Monitor

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Blood Pressure Monitor

Blood Pressure Monitor

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Contact Thermometer

Contact Thermometer

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Infrared Thermometer

Infrared Thermometer

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Pulse Oximeter

Pulse Oximeter

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Body Composition Scale

Body Composition Scale

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Commercial Weighing Scale

Commercial Weighing Scale

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About BestHealth Electronics

Best Health Electronics (Dongguan) Co., Ltd. was established on July 10, 2017, and is located in Songshan Lake High-Tech Industrial Park, Dongguan, China. The company focuses on the research, development, and sales of integrated circuits (ICs), microcontroller units (MCUs), and electronic components, while providing comprehensive technical support and after-sales services. Driven by continuous innovation and technology advancement, Best Health is committed to developing competitive semiconductor solutions aligned with evolving market demands. With strong insight into industry trends, the company delivers high-performance, reliable, and cost-effective IC products designed to enhance customers’ product competitiveness. Our solutions are widely applied in healthcare devices, nursing equipment, intelligent measurement systems, and related electronic applications. In addition, we provide a range of sensor modules and peripheral components, supported by integrated MCU-based system solutions that create added value for customers. Multiple MCU product series have achieved large-scale mass production and are broadly adopted across the integrated circuit and electronic components industries.

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Why Choose BestHealth Electronics

High Quality

All products undergo strict quality control to ensure reliability and stability.

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Efficient supply chain management ensures quick delivery and stable supply.

Technical Support

Professional technical team provides comprehensive pre-sales and after-sales support.

Latest Articles

Recent engineering articles covering device selection, firmware practices, and implementation notes.

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Body Composition Module Quick Selection - Product Fit, Accuracy Difference, and Integration
Solution Evaluation

Body Composition Module Quick Selection - Product Fit, Accuracy Difference, and Integration

For product managers, buyers and engineering teams new to the BestHealth body composition solution, this article first answers four first-pass questions: which modules are available, what product each fits, how much accuracy differs between four-electrode and eight-electrode solutions, and how to integrate the module into the finished device. It then compares BMH05104-2, BMH05108 and BMH05109, and explains what makes a strong body composition solution: a self-designed BIA measurement front end, validation data, certification support, SDK/API completeness, structural design support and response speed.

Jun 26, 2026
Validation Results - BestHealth Body Composition vs Hospital DEXA and Professional BIA Devices
Solution Evaluation

Validation Results - BestHealth Body Composition vs Hospital DEXA and Professional BIA Devices

For manufacturers evaluating the BestHealth BMH05104-2 / BMH05108 / BMH05109 body composition modules and looking for accuracy-validation data, this article publishes same-period comparison results from a 100-person cohort: against two tertiary-hospital DEXA references (the gold standard), muscle mass correlation is 0.978-0.983; against marketed professional BIA comparison devices, fat-free mass, skeletal muscle mass, fat mass and body-fat percentage correlate 0.978-0.995; dual-hospital DEXA cross-validation provides an additional reliability reference.

Jun 25, 2026
Engineering Debugging

How to Use Impedance Data to Troubleshoot BIA Body Composition Measurement

A BIA measurement debugging guide for the BMH05104-2 / BMH05108 / BMH05109 body composition modules, covering why to go back to raw impedance data, normal impedance magnitudes (the eight-electrode body model), a check order of stability then frequency relationship then segmental symmetry, and how to locate common faults in electrode contact, cable parasitic coupling, broken wires, and measurement posture.

Jun 15, 2026

Latest News

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BestHealth New BH66R2040 Health Measurement OTP MCU
Product

BestHealth New BH66R2040 Health Measurement OTP MCU

BestHealth is delighted to announce the release of its new health measurement OTP MCU, the BH66R2040. This new device integrates various AFE circuits, making it suitable for multi-functional health monitors such as those used to measure blood glucose, blood pressure, body temperature, etc. Customers can configure relevant applications flexibly by using it together with an appropriate Holtek 32-bit MCU according to their various health measurement product requirements. With regards to system resources, the device has an OTP Memory capacity of 4K words and a Data Memory capacity of 512 bytes. It also includes fully integrated analog front-end circuits such as a 24-bit A/D converter, D/A converters, operational amplifiers and a sine wave generator, which can greatly reduce the need for external components. The device supports blood glucose measurement (including HCT measurement), blood pressure measurement, infrared temperature measurement and other measurement applications. It provides an OTP ROM parameter program (ORPP) function and supports three transmission interfaces: I²C, SPI and UART. The device is supplied in a 32-pin QFN package type. Regarding product development, BestHealth has professional teams to provide technical support. Together with an efficient C language compiling environment, an e-Link, an e-Writer and other convenient development tools, these resources combine to offer customers a means of rapid application development.

Nov 28, 2025
BestHealth New BH67F2493 Impedance and Electrochemical MCU
Product

BestHealth New BH67F2493 Impedance and Electrochemical MCU

BestHealth continues with its development of impedance and electrochemical MCUs and now follows with the launch of its new Flash MCU, the BH67F2493. The device has a high level of functional integration, high accuracy and low noise. Compared with the previous BH67F2476 device, the minimum operating voltage has been reduced to 1.8V and the program ROM/EEPROM storage capacity has been increased. The device is suitable for use in Glucose Meters, Glucose and Blood Pressure two-in-one Meters, Hemoglobin Testers and other related products. The device includes a fully integrated phase angle and electrochemical measurement AFE circuit, allowing AC impedance, phase angle and various other electrochemical physiological parameters to be directly measured by hardware. Amplifier gains and various parameters can also be controlled by software. With its internal 24-bit A/D converter, the device provides a high accuracy measurement function, which can implement glucose and other measurements. The integrated display driver circuit can directly drive LCD panels, offering internal charge pump regulator voltage and low power consumption features. The digital output interfaces include I²C, SPI and UART interface types. With regard to memory, the device contains a 64K×16 of Flash Program Memory, a 3072×8 RAM and an 8192×8 EEPROM. In addition to store large volumes of measurement data, the EEPROM can be used to store adjustment product parameters and calibration parameters. As for packaging, the device is supplied in 64-pin LQFP and 80-pin LQFP package types. The series of devices are pin-compatible.

Nov 14, 2025
BestHealth New BH66F2455 Continuous Glucose Monitoring MCU
Product

BestHealth New BH66F2455 Continuous Glucose Monitoring MCU

BestHealth continues with its development of blood glucose monitoring products and now follows with the launch of its new Flash MCU, the BH66F2455. The device has the features of ultra-low power consumption, a small outline and a high level of functional integration making it suitable for use in continuous glucose monitoring products. The device includes an analog front end circuit (AFE), which contains ultra-low power OPAs, a low-power sensor bias voltage. The 24-bit A/D converter features a hardware auto-conversion mode that reduces the operating current during analog signal conversion. The device is supplied in a 3mm×3mm size package and requires only a few external components, which can meet the demands of low profile products. The bias configuration current is only 3.7μA and the average current during continuous conversion operation is only 4.8μA. These low current features can significantly extend the product service life and can subsequently support a wide range of applications, including two, three and four electrode electrochemical sensors. With regard to memory, the device contains 8K×16 of Flash Program Memory, a 512×8 RAM and a 512×8 EEPROM. The EEPROM can be used to store product adjustment parameters as well as data storage. As for packaging, the device is supplied in 24-pin QFN package type.

Oct 14, 2025

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