Asahi Kasei's MBL-1500/MBL-2000/MCI-750-10 high-resolution imaging fibers are designed for medical endoscopy and industrial inspection, delivering ultra-clear images up to 3500 x 7400 pixels. The MBL-2000 multi-core fiber and the 0.75mm diameter MCI-750-10 offer excellent bend resistance, making them suitable for complex surgical environments. The MBL-1500 endoscopy fiber is optimized for minimally invasive medical applications. The entire product line utilizes medical-grade materials and is autoclavable. Widely used in medical devices such as gastroenteroscopes and laparoscopy, as well as industrial pipeline inspection, it is a reliable choice for high-end imaging systems.model：MBL-1500,MBL-2000,MCI-750-10

Asahi Kasei's Multi-core POF MCL-1500-1.75, MCL-1500-22, and MCL-2000-24 are high-performance multi-core plastic optical fibers. The MCL-1500-1.75 is an imaging fiber with a 1.5mm core diameter and 13,000 pixels, suitable for medical endoscopes; the MCL-1500-22 is an optical fiber with a 2.2mm jacket suitable for industrial applications; and the MCL-2000-24 is an endoscope fiber with a 2.0mm core diameter for precision imaging. These fibers, with their high pixel count, transmit clear images, assisting in disease diagnosis in medicine and equipment testing in industry. With Asahi Kasei's quality assurance, they provide reliable image transmission solutions for both the medical and industrial sectors.model：POF MCL-1500-1.75, MCL-1500-22, MCL-2000-24

Asahi Kasei’s MBI-2000, MBI-1500, and MBL-1000 imaging fibers deliver ultra-high resolution , ideal for endoscopy, microscopy, and minimally invasive medical devices. Featuring multicore fiber technology, these fibers ensure sharp, distortion-free imaging in medical diagnostics, industrial inspection, and fiber optic sensing.Product Code: MBI-2000,MBI-1500,MBL-1000

Asahi Fiber Optic's MBI-700, MBI-750, and MBL-1000 are all plastic imaging optical fibers with a PMMA core material. The MBI-700 is an imaging fiber; the MBI-750 is a multi-core fiber with a 0.75mm core; and the MBI-1000, suitable for endoscopes, has a 1.0mm diameter. These Asahi Kasei-branded optical fibers offer excellent image transmission performance in medical devices such as endoscopes and fiberscopes, enabling precise imaging.model：MBI-700, MBI-750, MBL-1000

Asahi Kasei's MCI-1000-1.25/MCI-1500-1.75/MCL-1000-1.25 plastic imaging fibers are designed for high-precision image transmission. They utilize a 1.25mm diameter (and 1.75mm gauge) and offer 7400-pixel HD resolution. The MCI-1500-1.75's multi-core structure ensures distortion-free imaging for industrial inspections, while the MCL-1000-1.25 endoscopic fiber is medical-grade certified and sterilizable. With a minimum bend radius of 0.5mm, these fibers are compatible with mainstream equipment such as Olympus and are widely used in minimally invasive surgery, pipeline inspection, and scientific microscopy. Their exceptional flexibility and image clarity enhance diagnostic and inspection efficiency.

This is an energy transmission component specially designed for holmium laser freckle removal equipment. It uses high-purity quartz as the fiber core and cooperates with a specific connector to efficiently transmit holmium laser and accurately guide the energy to the target area of freckles to achieve targeted destruction of pigment particles. It is a key optical fiber component in the laser freckle removal system that connects the equipment and the treatment area.

The lipolytic fiber transmits laser energy of a specific wavelength into the subcutaneous fat layer through a thin fiber optic cable. After the laser energy is absorbed by adipocytes, it is converted into thermal energy, causing the adipocyte membrane to rupture and release components such as fatty acids, glycerol, and water.

This product is a special optical fiber that uses polyimide material as the cladding/sheath. It is a high-performance optical transmission component designed for beauty laser equipment (such as hair removal, skin rejuvenation, freckle removal, etc.). Its core conducts laser energy through quartz or special glass fiber, and the outer polyimide coating provides excellent high temperature resistance, mechanical strength and biocompatibility, meeting the stringent requirements of medical beauty scenarios.

When dissolving grease in a ring fiber, a specific wavelength laser, such as a laser in the 1470nm band, is usually used. The laser is transmitted to the subcutaneous fat layer through a circular fiber optic cable, and using the theory of plasma photothermal dissolution, the fiber optic cable emits light in a 360 ° circular shape, making the laser irradiation area larger. After the laser energy is absorbed by adipocytes, it is converted into heat energy, causing the rupture of the adipocyte membrane, uniform liquefaction of adipocytes, and then excreted from the body through natural metabolism.

Endoscopic medical optical fiber is an optical transmission component designed for medical endoscope systems. It is used to transmit illumination light or imaging signals in minimally invasive surgery or inspection to achieve visualization operations in human cavities. Its core function is to provide a high-brightness, heat-free light source and support the image transmission function of some endoscopes.

Glass fiber optic fiber usually refers to quartz glass fiber, mainly composed of silicon dioxide, which has the characteristics of being thin, transparent, and flexible, and can guide light to propagate along it. The core and cladding form a total reflection mechanism through the difference in refractive index, which ensures the efficient transmission of optical signals and can support long-distance and large-capacity information transmission.

Focusing on the precision and safety of medical optical fibers, KINZ's special medical optical fibers are made of medical-grade materials and precision craftsmanship. They can be adapted to a variety of medical devices such as holmium lasers and endoscope systems, and can function stably in many scenarios. The company strictly controls quality throughout the entire process from research and development to production, providing the medical industry with trustworthy optical fiber solutions.