Yellow PC LED Tube Lights S

High CRI Lighting for Precision

In chip manufacturing workshops, high CRI (Color Rendering Index) LED tube lights from the S series play a vital role. They deliver exceptional color accuracy and ensure precision during critical processes. This lighting is crucial for detecting defects and upholding high-quality standards.

Uniform Shadow-Free Illumination

The S series LED tube lights provide uniform, shadow-free illumination, which is essential in photolithography areas. By eliminating shadows, these lights enable workers to easily spot inconsistencies, preventing errors that could compromise the final product.

Ensuring Safety and Quality Standards

Additionally, specialized lighting meets the technical requirements for appropriate wavelengths, protecting photoresist from undesired exposure. Incorporating S series LED tube lights aids in promoting safety for workers while maintaining the precision and quality standards required in chip manufacturing processes.

 

Product List：

Model	Power	Size	CCT	Voltage	Lumen	Beam Angle
GP-T8-ES- 9W	9W	602*Φ26mm	2700-6500K	AC100-240V/ AC100-277V	1200lm	120°
GP-T8-ES-14W	14W	906*Φ26mm	2700-6500K	AC100-240V/ AC100-277V	1960lm	120°
GP-T8-ES-18W	18W	1212*Φ26mm	2700-6500K	AC100-240V/ AC100-277V	2520lm	120°
GP-T8-ES-22W	22W		2700-6500K	AC100-240V/ AC100-277V	3080lm	120°
GP-T8-ES-24W	24W	1512*Φ26mm	2700-6500K	AC100-240V/ AC100-277V	3360lm	120°
GP-T8-ES-30W	30W		2700-6500K	AC100-240V/ AC100-277V	4200lm	120°

 

Test Report：

In semiconductor chip production facilities, yellow light LED tubes are used for several important reasons.

Minimize Interference with Photolithography Process. The photolithography process, a crucial step in semiconductor manufacturing, involves the use of photoresist materials that are sensitive to specific wavelengths of light (typically ultraviolet, UV).

Pattern Accuracy: Photolithography requires precise patterning of circuits onto the silicon wafer. The use of yellow light helps maintain the integrity of the lithographic process, ensuring high-resolution pattern transfer.

Yellow light does not contribute to the same level of scattering as blue or white light, ensuring that the work environment remains visually stable and free from unnecessary light pollution that could affect production quality.