OEM Ultrasonic Height Body Fat Analyzer

This device combines ultrasonic time‑of‑flight ranging with bio‑impedance analysis to provide non‑contact height measurement and estimated body‑fat percentage in a single scan.

Working Principle

An ultrasonic transducer emits a short pulse toward the subject’s crown; the reflected echo is timed to calculate distance with millimeter resolution. Simultaneously, four surface electrodes pass a low‑amplitude alternating current through the torso, measuring impedance that correlates with total body water and, via established algorithms, estimates fat mass.

The two data streams are fused in firmware to output height (cm) and body‑fat (%) with a typical repeatability of ±0.5 cm and ±1.0 % respectively.

Key Technical Specifications

Parameter	Typical Value	Unit	Notes
Height measurement range	80 – 220	cm	Adjustable via firmware
Height resolution	0.1	cm	Echo processing
Height accuracy	±0.5	cm	At 25 °C, still subject
Body‑fat measurement range	5 – 50	%	Based on bio‑impedance
Body‑fat accuracy	±1.0	%	Typical adult population
Sampling rate	10	Hz	Continuous output
Power consumption	< 2	W	USB‑C supply
Operating temperature	0 – 45	°C	Non‑condensing
Output interfaces	USB‑C, UART, optional Bluetooth 5.0	–	Configurable

Typical Applications

• Fitness centers and gyms for member assessment stations
• Medical clinics for quick nutritional screening
• Corporate wellness programs integrated into health kiosks
• Research labs requiring repeatable anthropometric data
• OEM manufacturers embedding the module into smart mirrors or scales

Customization Options for OEM Partners

• Adjustable height range (e.g., 50–250 cm) for pediatric or sports‑specific models
• Choice of output protocol: USB‑CDC, RS‑485 Modbus, or BLE
• Housing material: impact‑rated ABS, UV‑stabilized PC, or antimicrobial‑coated polymer
• Mounting provisions: VESA‑compatible brackets, panel‑cutout flanges, or adhesive‑backed tape
• Firmware calibration offsets to match local population norms

Quality Assurance and Testing

Each unit undergoes a three‑stage verification: (1) ultrasonic transducer impulse response is measured against a calibrated reference target; (2) bio‑impedance front‑end is checked with precision resistors to confirm gain and phase accuracy; (3) functional test validates height and fat outputs on a volunteer cohort against gold‑standard stadiometer and DXA reference. Units that exceed the specified tolerances are rejected before packaging.

Frequently Asked Questions

• Can the measurement range be customized? Yes, the ultrasonic timing window and impedance gain are firmware‑adjustable to suit specific height or body‑fat spans.
• What information is required before quotation? Desired measurement ranges, output interface, housing material, estimated annual volume, and any regulatory certifications needed.
• What materials are available for the enclosure? Standard ABS, polycarbonate with UV stabilizer, and an antimicrobial‑filled polymer blend.
• How is quality inspected? As described in the Quality Assurance section: transducer response, impedance front‑end check, and functional validation against reference devices.
• What packaging methods are available? Individual anti‑static bags, inner cartons with foam inserts, and master cartons sized for palletization; custom labeling upon request.
• How are export shipments protected? Cartons meet ISTA‑2A shock and vibration standards; moisture‑barrier bags are included for humid climates.
• What is the typical production lead time? 4–6 weeks after receipt of final specifications and deposit, subject to component availability.
• How are samples arranged? Sample units ship via express courier with a proforma invoice; charges are credited against the first production order.

Contact for OEM Inquiry

To discuss integration options, request a detailed specification sheet, or obtain a quotation, please reach out to our OEM engineering team.

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