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.
Asahi Kasei MCI-1000-1.25/MCI-1500-1.75/MCL-1000-1.25 Plastic Imaging Fiber
1. Name: Plastic Imaging Fiber
2. Models: MCI-1000-1.25, MCI-1500-1.75, MCL-1000-1.25
3. Brand: Asahi Kasei
4. Product Specifications
MCI-1000-1.25: 1.25mm diameter, 7400 pixels, PMMA core, fluorinated polymer cladding, numerical aperture 0.5
MCI-1500-1.75: 1.75mm diameter, 13000 pixels, PMMA core, black PE jacket, operating temperature -55°C to 60°C
MCL-1000-1.25: 1.25mm diameter, 13000 pixels Pixel, PMMA core, bend-resistant design, minimum bend radius 30mm
5. Compatible Models
Compatible with medical endoscopes from brands such as Olympus and Fujinon, as well as fiberscopes for industrial pipeline inspection
6. Features
High Resolution: 13,000-pixel models meet precision imaging needs
Environmental Resistance: Wide temperature range adapts to high-temperature industrial environments, PE outer shell resists corrosion
Size Compatibility: 1.25mm/1.75mm diameters accommodate minimally invasive medical procedures and routine industrial inspections
7.Applications:
Medical Applications: Used for endoscopic examinations, Endoscopic imaging fiber clearly transmits images of internal tissues to aid in disease diagnosis. Its high resolution and flexibility allow smooth navigation through body cavities, ensuring sharp visuals of subtle lesions. Compatible with endoscopic systems, it enhances diagnostic accuracy, playing a key role in minimally invasive procedures.
Industrial Applications: Detection of hidden areas such as pipelines and machinery cavities, ensuring safe operation of production equipment
