High Power Laser Optical Fiber/Special Optical Fiber/Medical Fiber Optical Fiber

• Customization: Available
• Application: Communication, Sensor, Medicine, Probe
• Connection Structure: SC
• Model NO.: RAYTEK-OF-0009#
• Material Shape: Flat Wire
• Allowed Tensile Strength: >10000N
• Core: Multicore
• Certification: CE
• Brand: OMRON
• Sheath Material: PE
• Usage Temperature (℃): -45~150
• Fiber Optic Cable Length: Customized
• Applications 1: Atmospheric Monitoring
• Applications 2: Biological Detection
• Transport Package: Cartons or Wood Case
• Specification: As Customized
• Trademark: Raytek
• Origin: China
• HS Code: 8544200000
• Production Capacity: 10000 Set Per Year
• Package Size: 40.00cm * 40.00cm * 40.00cm
• Package Gross Weight: 2.000kg

Product Description

High Power Laser Optical Fiber/Special Optical Fiber/Medical Fiber Optical Fiber

Product Description

Raytek's high - power laser transmission fiber stands out in the realm of laser transmission solutions. It adopts imported fiber preforms, guaranteeing the highest quality at the core level. The low - bending hard plastic polyester coating material, utilized in the wire - drawing coating process, endows the fiber with exceptional flexibility and resistance to bending - induced damage. Moreover, the application of PTFE material, combined with mature extrusion technology, not only enhances the fiber's overall structural integrity but also significantly improves its reliability in high - power laser scenarios. This makes it an ideal choice for the processing of high - power fiber devices across a wide range of lasers, such as pumps, gratings, combiners, and QBH outputs, where stable and efficient energy transmission is paramount

       This is a product structure diagram of a laser transmission fiber. 

• Core: The central part of the fiber, responsible for transmitting laser light.
• Cladding: Surrounds the core, helping to guide the light within the core through the principle of total internal reflection.
• Coating: Provides protection to the cladding, enhancing the fiber's mechanical properties.
• Buffer: The outermost layer, offering additional protection and mechanical strength to the entire fiber structure.

Superb High - power Adaptability: Engineered to operate stably under intense high - power laser conditions. It can handle the substantial energy loads of high - power lasers without performance degradation, ensuring consistent and reliable laser transmission, which is crucial for applications demanding high energy output.
Outstanding Mechanical Strength: Boasts exceptional durability. The carefully selected materials and advanced manufacturing processes result in a fiber that can withstand various mechanical stresses during installation, operation, and maintenance. This long - lasting durability reduces the need for frequent replacements and maintenance, saving costs in the long run.
Comprehensive Customized Solutions Support: We understand that different applications have unique requirements. Therefore, we offer comprehensive customized solutions. Whether it's specific dimensions, special coating materials, or tailored performance parameters, we can adapt high - power laser transmission fiber to precisely meet the distinct needs of each customer's application scenario.

Applications

• Medical Field: Plays a vital role in laser surgical treatment. In delicate surgical procedures, it provides precise and efficient laser energy transmission, enabling surgeons to perform operations with high accuracy. This precision contributes o better surgical outcomes, reduced trauma to patients, and shorter recovery times, making it an indispensable tool in modern medical laser applications.
• Industrial Field: Serves as a key component for high - power energy transmission cables. In industrial high - power laser systems, it enables reliable and efficient energy transfer. This is essential for processes like laser cutting, welding, and marking in industries such as automotive, aerospace, and manufacturing, where high - power lasers are used to achieve precise and rapid material processing, thereby enhancing production efficiency and product quality.

 

Product Parameters

 

Fiber Type (IR/UV)	105/125 -HE	300/330 -HE	400/440 -HE	600/660 -HE	600/750 -HE	760/840 -HE	1000/1100 -HE
NA	0.22±0.02
Attenuation @650nm (db/km)	≤5
OH-	High/Low
Core Diameter (μm)	105±2	300±6	400±8	600±12	600±12	760±15	1000±20
Cladding Diameter (μm)	125±2.5	330±7	440±10	660±13	750±15	840±16	1100±22
Coating Diameter (μm)	160±5	370±10	500±15	750±15	850±20	940±20	1200±25
Buffer Diameter (μm)	300±15	500±15	650±20	1040±30	1100±30	1100±30	1350±50
Core Material	Silica
Cladding Material	F-doped Silica
Coating Material	Low refractive index Hard plastic
Buffer Material*	ETFE
Proof Test Level (kpsi)	≥100
Usage Temperature (ºC)	'-45~150

Customization Services

1 Special Size Customization (Core Diameter / Cladding Diameter)
We understand that different applications may require optical fibers with specific core and cladding diameters. Our advanced manufacturing capabilities allow us to customize the core diameter and cladding diameter according to your exact specifications.
Whether you need a fiber with a very small core diameter for high - density packaging or a larger core diameter for increased light - carrying capacity, we can tailor the fiber to meet your requirements. Our precise manufacturing processes ensure that the customized fibers maintain the same high level of quality and performance as our standard products.

2 Different Color Coatings
While our standard polyimide coating comes in yellow or brown, we offer customization options for coating colors. Different colors can be used for identification purposes, making it easier to distinguish between different fibers in complex systems or installations.
Whether you need a specific color to match your equipment's aesthetics or for functional identification, we can provide polyimide coated optical fibers with customized coating colors.

3 Special Performance Requirements
3.1 Ultra - Low Attenuation
If your application demands ultra - low optical attenuation for long - distance transmission or high - precision sensing, we can optimize our manufacturing processes to produce fibers with even lower attenuation. This involves using ultra - high - purity materials and implementing strict quality control measures to minimize any factors that could cause light loss.
3.2 Acid and Alkali Resistance
For applications in highly corrosive environments with exposure to strong acids or alkalis, we can modify the polyimide coating formulation to enhance its acid and alkali resistance. This ensures that the fiber remains protected and functional even in the harshest chemical environments.
3.3 Other Special Properties
In addition to the above, we can also customize fibers to meet other special performance requirements, such as enhanced radiation resistance for nuclear applications or improved flexibility for use in highly bend - sensitive devices. Our team of experienced engineers will work closely with you to understand your specific needs and develop a customized solution that meets your application's unique demands.
Raytek is committed to providing high - quality polyimide coated optical fibers and excellent customization services to meet the diverse needs of our customers. Whether you are in the medical, aerospace, industrial, or environmental sector, our fibers and services can support your critical applications. Contact us today to discuss your requirements and discover how our polyimide coated optical fibers can benefit your business.

Detailed Photos