Biomedical LEDs Solutions

PCR Fluorescence Analysis

High‑precision optical LEDs for real‑time PCR instruments. Enable accurate fluorescence excitation and detection for genetic testing and molecular diagnostics.

For PCR fluorescence analysis, the LED light source used in real-time fluorescence PCR (qPCR) instruments must possess high stability, narrow spectrum, high coupling efficiency, and low drift characteristics to ensure the excitation efficiency and detection sensitivity of fluorescent dyes (such as FAM, HEX, ROX, Cy5, etc.).
Regarding LED wavelength selection, the following light sources are prioritized to match mainstream fluorescence channels:
430nm peak wavelength LED (suitable for FAM, SYBR Green excitation)
470nm peak wavelength LED (suitable for FAM/FITC excitation)
520nm peak wavelength LED (suitable for HEX/VIC excitation)
4000K full-spectrum white LED (for broadband excitation or auxiliary illumination)
630nm peak wavelength LED / 3000K white LED (suitable for ROX/Texas Red excitation)
740nm peak wavelength LED (suitable for Cy5/Cy5.5 excitation)
To meet the high coupling requirements of the PCR optical path, Zhengfa Technology offers LED light sources in the following package specifications (LED solutions for rapid PCR instruments):
DIP 5mm / 8mm / 10mm LED beads (high directionality, easy collimation)
SMD 3535 high-power LED (high brightness, low thermal resistance)
SMD 5050 LEDs (multi-chip structure, suitable for high-throughput excitation)

CT & X‑Ray Imaging

Specialized LEDs for control panels and imaging support systems. Enhance visibility, safety, and workflow efficiency in advanced diagnostic imaging.

Dedicated LED light sources are used in the control panels and auxiliary lighting systems of CT and X-ray equipment, improving visibility, safety, and operational efficiency. These high-reliability LED light sources, specifically designed for CT and X-ray imaging equipment, meet the stringent requirements of medical environments for visibility, safety, interference resistance, and long-term stability. This series of light sources is suitable for critical components such as control panel backlighting, button indicators, auxiliary lighting for equipment cavities, and status indicator systems, ensuring clear and accurate visual feedback for medical personnel in high-intensity operating environments.
This series primarily features white SMD LEDs with a high color rendering index (CRI ≥ 90), ensuring natural and clear icons and text; 650nm red LEDs; and high-brightness panel indicator lights, possessing high uniformity and medical-grade reliability.
Typical Application Scenarios
CT/X-Ray Control Panel Backlight System
Medical Equipment Button Indicator Lights
Auxiliary Illumination for Equipment Cavities
Status Indicator Lights (Ready/Busy/Error)
Internal Lighting Module for Rotating Frames
Auxiliary Light Source for Medical Operating Tables
1339106479.jpg Biomedical Research Instruments

Biomedical Research Instruments

Custom LED modules for laboratory analyzers and optical sensing systems. Support spectrum control for advanced medical research and new device development.

Customized LED modules are suitable for scientific instruments such as biomedical analyzers, optical detection platforms, spectral sensing systems, and microfluidic detection equipment. They support multi-band spectral control, precise intensity modulation, and high-stability output, meeting the stringent requirements of scientific research equipment for light source accuracy, repeatability, and long-term reliability.
A variety of integrable light source modules are available:
Single-band LED modules (suitable for fixed wavelength excitation)
Multi-channel light source arrays (suitable for multi-fluorescence and multi-colorimetric detection)
Fiber-coupled LED modules (suitable for spectrometers and microfluidics)
High-power collimated light sources (suitable for imaging and photostimulation)
PWM/constant current drive integrated modules (reduces system integration complexity)