KINZ Laser Jumper Fluorescent Fiber 2000um Energy Jumper

The fluorescent fiber 2000μm energy jumper realizes the integrated excitation-feedback function by combining large core diameter energy transmission with fluorescence characteristics. It is suitable for complex scenarios that require high-energy excitation and real-time optical feedback. It is an innovative solution in the fields of biomedicine, industrial sensing, etc.

Specification
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Jinzhi provides laser jumper, fluorescent fiber 2000um energy jumper


Structural composition: core + cladding + sheath + connector


Performance advantages

1. High energy transmission capacity: The large core diameter of 2000um enables it to carry more laser energy and can be used in high-power laser transmission occasions

2. Fluorescence transmission characteristics: The fluorescent material in the core can achieve efficient transmission of fluorescence, which is suitable for fluorescence detection, fluorescence imaging and other fields. It can quickly and stably transmit the excited fluorescence signal to the detection equipment for subsequent analysis.

3. Good flexibility: Large core diameter optical fiber usually has a certain flexibility and can be bent to a certain extent without affecting the transmission performance, but excessive bending should be avoided during use to prevent large bending losses.

4. Transmission loss: It has low transmission loss, which can ensure that the energy is less attenuated during transmission, and can achieve efficient energy transmission. It usually has good transmittance in the ultraviolet-visible light-near infrared band.


Application areas

1. Medical field: It can be used for laser surgical equipment to transmit high-energy laser to the surgical site for tissue cutting, coagulation and other operations. It can also be used for medical detection equipment related to fluorescence imaging to help doctors observe tissues and lesions in the body.

2. Industrial field: suitable for laser processing, such as laser welding, laser cutting, etc., and can transmit high-power laser to the processing head

3. Scientific research field: widely used in fiber photometry research, especially suitable for the application of green fluorescent protein and red fluorescent protein fluorescence changes that require high-sensitivity measurement, and can be used to study related topics such as neural activity in organisms.