D80 Fiber Cables High-Power Laser Delivery Different Fiber-core Diameters H200E H300E H400E H600F
D80 Fiber Cables High-Power Laser Delivery Different Fiber-core Diameters H200E H300E H400E H600F
| Specification | Parameter |
| Product Number | H200E H300E H400E H600F |
| Core Diameter(μm) | 200 300 400 600 |
| Cladding Diameter(um) | 500 500 500 750 |
| Coating Diameter(um) | 780 780 780 960 |
| Jacket(um) | 1300 1300 1300 1700 |
| Core Material | High purity SiO2(Low-OH) |
| Clad Material | Fluorine doped high purity SiO2 |
| Jacket Material | Polyamide |
| Core NA | 0.2 |
| First Cladding NA | NA0.37 |
| Operating Wavelength(nm) | 400-2200 |
| Length(m) | 1-120M(Can be customized) |
D80 fiber cables for high-power laser delivery are available in different fiber-core diameters from 200 microns to 800 microns
(200μm, 300μm, 400μm, 600μm, 800μm). Heat dissipation plays a crucial role in the coupling of high-power.
In principle, Hicorpwell D80 fiber cables use step-index double-clad fibers and ferrules of good heat-conducting copper alloys
for laser transmission.
For better protection, it introduces a sapphire and air gap into the D80 fiber connectors so that the D80 fiber cables
can sustain laser power up to hundreds of watts in a single fiber with more than 90% transmission efficiency
depending on the fiber core diameters and laser specifications.
It’s an excellent choice for fiber-coupled laser systems in wavelength ranges from visible to near infrared
(VIS-NIR, typically 400-2400 nm), such as high-power semiconductor lasers, solid-state lasers, and fiber lasers.
Areas of application include high power laser transmission, laser welding, laser cutting, and so on.
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