Description
The Multimode HPSC (High Power Small Core) optical fiber from j-fiber is engineered for applications demanding exceptional stability and reliability in high power laser transmission. Designed specifically for use in the near-UV and visible spectrum (400 nm to 900 nm), this fiber is an optimal solution for laser projection technologies, advanced sensing, and high-precision material handling. Its robust construction ensures consistent performance, making it a preferred choice for environments where both power and precision are critical.
What sets the Multimode HPSC fiber apart is its ability to maintain ultra-high transmission stability over extended periods, even under demanding operational conditions. The fiber features an undoped pure silica core with low hydroxyl (OH) content, paired with a fluorine-doped cladding to achieve a numerical aperture of 0.1. This combination delivers low attenuation and excellent geometry control, ensuring minimal signal loss and superior beam quality. The fiber’s durability is further enhanced by optional high-temperature coatings, allowing it to withstand temperatures up to +150°C, making it suitable for both standard and challenging industrial environments.
The Multimode HPSC fiber is available in a range of core diameters (from 10 µm to 25 µm), providing flexibility for various application requirements. Optional features such as H2-loading for reduced attenuation in the 400–900 nm range, as well as custom coloring or ring marking, allow for further customization to meet specific project needs. Its outstanding performance and extended operational lifetime make it ideal for high power laser delivery in fiber sensors, laser-based projection systems, and precision photonics applications.
With its advanced optical and mechanical properties, the j-fiber Multimode HPSC series stands out as a reliable and high-performing solution for industries that rely on stable, high power laser transmission. Whether for scientific research, industrial processing, or cutting-edge display technologies, this fiber ensures consistent results and long-term reliability.
j-fiber Multimode HPSC Optical Fiber for High Power Laser Transmission
Specifications
| Core Diameter: | 10 um |
|---|---|
| Wavelength Range: | 400 – 1400 nm |
| Cable Length: | 100 m |
| Fiber Core Material: | Silica |
| Attenuation At 850nm (Ultra): | ≤0.02 dB/m |
| Core Diameter (15µm): | 15± 2 µm |
| Core Diameter (10µm): | 10± 2 µm |
| Numerical Aperture: | 0.100 ± 0.015 |
| Attenuation At 1300nm (Ultra): | ≤0.2 dB/m |
| Attenuation At 1300nm (Standard): | ≤0.04 dB/m |
| Attenuation At 1064nm (Ultra): | ≤0.04 dB/m |
| Attenuation At 1064nm (Standard): | ≤0.03 dB/m |
| Attenuation At 945nm (Ultra): | ≤0.2 dB/m |
| Attenuation At 945nm (Standard): | ≤0.02 dB/m |
| Operating Wavelength Range (Standard): | 400…550 nm & 700…1400 nm |
| Attenuation At 850nm (Standard): | ≤0.02 dB/m |
| Attenuation At 650nm (Ultra): | ≤0.02 dB/m |
| Attenuation At 650nm (Standard): | ≤0.2 dB/m |
| Attenuation At 633nm (Ultra): | ≤0.02 dB/m |
| Attenuation At 633nm (Standard): | ≤0.2 dB/m |
| Attenuation At 400nm (Ultra): | ≤0.1 dB/m |
| Attenuation At 400nm (Standard): | ≤0.2 dB/m |
| Operating Wavelength Range (Ultra): | 400…900 nm |
Got questions about specs? Use the inquiry form to ask.
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Features
- Ultra-High Stability for High Power Laser Transmission: Engineered for exceptional stability and reliability in high power laser applications, ensuring consistent performance over time.
- Optimized for Near-UV and Visible Spectrum: Supports high power transmission in the 400 nm to 900 nm range (Ultra type), and 400 nm to 550 nm & 700 nm to 1400 nm (Standard type), making it ideal for a wide range of photonics and sensing applications.
- Undoped Pure Silica Core (Low-OH): Delivers minimal signal loss and superior optical clarity, crucial for demanding laser and sensing environments.
- Fluorine-Doped Cladding (NA 0.1): Provides precise numerical aperture control (0.100 ± 0.015), ensuring optimal light guidance and minimal attenuation.
- Excellent Geometry Control: Tight tolerances on core and cladding diameters (core sizes available: 10 µm, 15 µm, 20 µm, 25 µm) for consistent coupling efficiency and system integration.
- Low Attenuation Across Key Wavelengths: Attenuation as low as ≤0.02 dB/m at 633 nm and 850 nm (Ultra type), supporting high-performance, long-distance transmission.
- Optional H2-Loading: Reduces attenuation in the 400–900 nm spectral range, enhancing performance in UV and visible applications.
- High-Temperature Coating Option: Withstands elevated temperatures up to +150°C, suitable for harsh industrial and material processing environments.
- Customizable Marking and Coating: Available with optional coloring or ring marking for easy identification and integration into complex systems.
- Robust Durability and Extended Lifetime: Designed for unsurpassed durability and reliability, minimizing maintenance and replacement costs.
- Versatile Application Range: Ideal for high power laser transmission, fiber sensors, high precision material handling, and laser projection for TV & projectors.
- Available in Standard & Ultra Types: Choose the optimal fiber for your application’s wavelength and performance requirements.
Applications
- High Power Laser Transmission
Ideal for delivering stable, high-power laser beams in industrial, medical, and scientific settings, especially in the near-UV and visible spectrum (400–900 nm). Ensures minimal signal loss and maximum durability under continuous operation. - Laser Projection for Displays and Projectors
Enables precise and reliable laser light delivery for TV, cinema, and large-scale projection systems, supporting vibrant color rendering and long operational lifetimes. - Advanced Fiber Optic Sensing
Suitable for distributed and point fiber optic sensors in structural health monitoring, environmental sensing, and industrial process control, where high power and stability are critical. - High Precision Material Processing
Supports applications such as laser cutting, welding, engraving, and micromachining, where consistent high-power laser transmission is essential for accuracy and repeatability. - Medical Laser Delivery Systems
Used in surgical, dermatological, and dental laser systems requiring reliable, high-power light delivery with minimal attenuation and high thermal stability. - Scientific Research and Photonics Experiments
Provides dependable laser transmission for laboratory setups, spectroscopy, and photonics research, particularly in demanding environments or where high stability is required. - Laser-Based Metrology
Ensures precise and stable laser delivery for measurement systems, interferometry, and alignment tools in industrial and scientific applications. - Optical Communication Links (Short Distance, High Power)
Suitable for specialized high-power optical data links in harsh or high-temperature environments, such as in aerospace, defense, or industrial automation. - Laser Pump Delivery in Fiber Lasers and Amplifiers
Used for delivering pump light to fiber lasers and amplifiers, supporting efficient and stable operation in high-power photonics systems. - High Temperature and Harsh Environment Applications
With optional high-temperature coatings, the fiber is ideal for use in environments up to +150°C, such as manufacturing, automotive, and energy sectors. - Custom and OEM Photonics Solutions
Can be integrated into custom photonics modules and OEM systems requiring robust, high-performance fiber for demanding laser transmission tasks.
Frequently Asked Questions
What is the j-fiber Multimode HPSC optical fiber designed for?
What are the key applications of the Multimode HPSC fiber?
What are the available core diameters for the Multimode HPSC fiber?
What is the operating wavelength range for the Standard and Ultra types of the HPSC fiber?
What optional features are available for the Multimode HPSC fiber?
What is the numerical aperture of the Multimode HPSC fiber?
Got more questions? Use the inquiry form to ask the supplier directly.
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