Handheld enclosure
A compact housing intended to support independent point-of-care operation and straightforward handling.
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Independent bilirubin screening concept
Handheld Bilirubinometer
The handheld bilirubinometer is an independent prototype concept that combines a compact optical sensing interface, onboard electronics, and an integrated display for immediate bilirubin-related data presentation.
Prototype development
Interactive assembly
Full 3D controls are available below.
Highlights
Product direction
Handheld form factor intended for independent operation
Integrated screen for immediate reading visibility
Optical sensing architecture designed for bilirubin-related data acquisition
Format
Handheld optical instrument
Operation
Independent measurement concept
Interface
Integrated display
Independent device
A self-contained handheld measurement concept.
The bilirubinometer is designed as a separate device rather than a dependent phototherapy accessory. Its sensing, processing, and display functions are packaged together for standalone prototype testing.
Prototype and research stage
Clinical accuracy, calibration, safety, usability, and regulatory validation are required before clinical use.
Optical sensing
The measurement concept uses controlled light emission and photodiode response to acquire bilirubin-related optical data.
Onboard processing
Integrated electronics are intended to process sensor signals and support calibration-led prototype development.
Integrated display
The screen presents readings directly on the handheld unit without requiring the phototherapy machine.
3D assembly
Inspect the handheld development model
Rotate and zoom the handheld unit isolated from the supplied phototherapy assembly to inspect its enclosure and integrated display architecture.
Applications
Designed for clinical use cases that need dependable access.
Point-of-care bilirubin screening research
Neonatal monitoring workflow development
Bench testing and optical calibration studies