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 MBL-1500/MBL-2000/MCI-750-10: High-Resolution Imaging Fibers for Medical & Industrial Use
1. Name: High-Resolution Imaging Fibers
2. Models: MBL-1500, MBL-2000, MCI-750-10
3. Brand: Asahi Kasei
4. Product Specifications
MBL-1500: 1.5mm core diameter, 13,000 pixels, PMMA (polymethyl methacrylate) core material, fluorinated polymer cladding, 0.5 numerical aperture.
MBL-2000: 2.0mm diameter, 13,000 pixels, PMMA core material, 0.5 numerical aperture, operating temperature range -55°C to 60°C. MCI-750-10: Core diameter 0.75mm, jacket diameter 1.0mm, 7400 pixels, PMMA core, black PE (polyethylene) jacket, numerical aperture 0.5.
5. Compatible Models: Compatible with a variety of medical and industrial endoscopes, fiberscopes, and other equipment. It can be used with mainstream medical imaging systems and industrial inspection imaging equipment from various brands.
6. Features
High Resolution: 13,000 pixels for the MBL-1500 and MBL-2000, and 7400 pixels for the MCI-750-10, ensuring clear images.
High-Quality Material: The PMMA core material ensures excellent light transmission, and some models feature a fluorinated polymer cladding for enhanced durability.
7. Application
Medical Applications: Used in medical endoscopy, enabling doctors to clearly observe internal tissues and organs, assisting in disease diagnosis. Industrial applications: In industrial inspections, imaging can be performed on areas that are difficult to observe directly, such as pipelines and the interior of precision machinery, to ensure industrial production safety and product quality.
