3535 LEDs # PCR LEDs

1. High efficiency and high precision*

– 3535 LEDs have high emission efficiency and can efficiently convert electrical energy into light energy, which is particularly important for PCR experimental environments that require precise control.

– The emission wavelength range is wide and precise, which is suitable for the needs of specific wavelengths in medical biological PCR, such as the near-infrared band is often used for biological detection and sensing.

2. High brightness and low light decay

– High brightness ensures the sufficiency of the light source in the PCR instrument, which is conducive to the precise conduct of the experiment.

– The low light decay characteristic extends the service life of the LED, reduces the replacement frequency, and improves the continuity and stability of the experiment.

3. **Good heat dissipation performance**:

– The use of ceramic packaging and vertical heat dissipation structure, combined with high thermal conductivity soft silicone, effectively reduces the temperature of the LED during operation and improves the stability and reliability of the light source.

4. Small size and flexibility

– Small size (usually 3.5mm×3.5mm×2.26mm or similar size) makes it easy to integrate and layout in PCR instruments to meet different space requirements.

– Various light-emitting angles (such as 30 degrees, 60 degrees, 120 degrees, etc.) provide flexible lighting design solutions for PCR experiments.

5. High reliability and long life:

-The use of high-quality materials and advanced manufacturing processes ensures the high reliability and long life of LEDs in medical biological PCR applications.

1. **PCR instrument light source**:

– As the light source in the PCR instrument, 3535 LEDs provide a stable and reliable lighting environment to ensure the accuracy and repeatability of PCR experiments.

– LED light sources with specific wavelengths can be used to excite fluorescent probes to achieve real-time detection and analysis of DNA or RNA.

2. **Biosensing and detection**:

– In the field of medical biology, 3535 LEDs are also widely used in biosensing and detection systems, such as infrared or visible light-based biosensors.

– These sensors can be used to detect specific components or biomarkers in biological samples, providing important support for disease diagnosis, drug development, etc.

3. **Medical equipment lighting**:

– In addition to PCR instruments, 3535 LEDs can also be used in lighting systems of medical equipment, such as surgical lights, examination lights, etc.

– Its high brightness, low light decay and good heat dissipation performance ensure the stability and reliability of medical equipment lighting.

4. **Scientific research and experiments**:

– In the field of scientific research and experiments, 3535 LEDs also play an important role. They can be used in various experimental environments that require precise light control, such as cell culture, biological imaging, etc.

In summary, 3535 LEDs have been widely used in medical biological PCR and other related fields with their high efficiency, high precision, high brightness, low light decay, good heat dissipation performance, small size, high reliability and long life. With the continuous advancement of technology and the continuous expansion of application fields, the development prospects of 3535 LEDs in the field of medical biology will be broader.