Coupling Fiber-Optic Taper CRGE-4.5/2.5-13
Save to Favorites
Specifications
| Parameter | Value |
|---|---|
| Rod Outer Diameter (Large) D1 [source model CRGE-4.5/2.5-13] | 4.5 mm |
| Rod Outer Diameter (Small) D2 [source model CRGE-4.5/2.5-13] | 2.5 mm |
| Length [source model CRGE-4.5/2.5-13] | 13 mm |
| Metal Ferrule Outer Diameter [source model CRGE-4.5/2.5-13] | 5.5 mm |
| End-face operating temperature [source model CRGE-4.5/2.5-13] | ≤200 °C |
| Rod Outer Diameter (Large) D1 [source model CRGE-4.5/2.0-13] | 4.5 mm |
| Rod Outer Diameter (Small) D2 [source model CRGE-4.5/2.0-13] | 2.0 mm |
| Length [source model CRGE-4.5/2.0-13] | 13 mm |
| Metal Ferrule Outer Diameter [source model CRGE-4.5/2.0-13] | 5.5 mm |
| End-face operating temperature [source model CRGE-4.5/2.0-13] | ≤200 °C |
| Rod Outer Diameter (Large) D1 [source model CRGE-4.5/1.8-13] | 4.5 mm |
| Rod Outer Diameter (Small) D2 [source model CRGE-4.5/1.8-13] | 1.8 mm |
| Length [source model CRGE-4.5/1.8-13] | 13 mm |
| Metal Ferrule Outer Diameter [source model CRGE-4.5/1.8-13] | 5.5 mm |
| End-face operating temperature [source model CRGE-4.5/1.8-13] | ≤200 °C |
| Rod Outer Diameter (Large) D1 [source model CRGE-4.5/1.5-13] | 4.5 mm |
| Rod Outer Diameter (Small) D2 [source model CRGE-4.5/1.5-13] | 1.5 mm |
| Length [source model CRGE-4.5/1.5-13] | 13 mm |
| Metal Ferrule Outer Diameter [source model CRGE-4.5/1.5-13] | 5.5 mm |
| End-face operating temperature [source model CRGE-4.5/1.5-13] | ≤200 °C |
| Rod Outer Diameter (Large) D1 [source model CRGE-D1/D2-L] | ≥2.0 mm |
| Rod Outer Diameter (Small) D2 [source model CRGE-D1/D2-L] | ≥1.0 mm |
| Length [source model CRGE-D1/D2-L] | ≥10 mm |
| Metal Ferrule Outer Diameter [source model CRGE-D1/D2-L] | Customizable |
| End-face operating temperature [source model CRGE-D1/D2-L] | ≤200 °C |
| Numerical Aperture [Options in a Source Column Spanning Models; No Model Assignment Inferred from Row Position] | 0.56；0.64 |
Applications
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
AFC110APC-1064 Optical Fibers U-optic
Alignment Wavelength: 1064 nm Beam Waist Diameter: 1.38 mm Focal Length: 6.31 mm
-
AFC110APC-1550 Optical Fibers U-optic
Alignment Wavelength: 1550 nm Beam Waist Diameter: 1.21 mm Focal Length: 6.37 mm
-
N3D fiber laser marking kit Optical Fibers Central-laser
Clear Aperture Dimension [Model=P10]: 10 mm Input Beam Spot [Model=P10]: 7 mm XY-Axis Speed [Model=P10]: ≤5000 mm/s
N3D fiber-laser marking kit. Models P10, P10 (water-cooled), P10N, and P14 have clear apertures of 10mm, 10mm, 10mm, and 14mm, respectively.
-
Fiber MM3D pre-focusing laser marking kit Optical Fibers Central-laser
Clear Aperture Dimension [Model=PR10]: 10 mm Input Beam Spot [Model=PR10]: 7 mm XY-Axis Speed [Model=PR10]: ≤5000 mm/s
Fiber MM3D pre-focus laser-marking kit. Models PR10, PR20, and PR30 have clear apertures of 10mm, 20mm, and 30mm, respectively.
-
Fiber MM3D post-focusing laser marking kit Optical Fibers Central-laser
Clear Aperture Dimension [Model=P10]: 10 mm Input Beam Spot [Model=P10]: 7 mm XY-Axis Speed [Model=P10]: ≤5000 mm/s
Fiber MM3D post-focus laser-marking kit. Models P10, P10 (water-cooled), P10N, P14, P14 (water-cooled), and P20 have clear apertures of 10mm, 10mm, 10mm, 14mm, 14mm, and 20mm, respectively.
Related Articles
Fomoptic delivers integrated one‑stop optical solutions covering precision optical fabrication and custom vacuum coating services. Supported by complete processing production lines, comprehensive metrology equipment and experienced engineering team, we provide full‑chain customized components, ranging from blank shaping, ultra‑precision polishing to thin‑film coating, for laser systems, infrared imaging, industrial optics and scientific‑research projects.
A solid-state laser is one of the most common and reliable laser types used in modern industry, medical equipment, and scientific research. Unlike gas or fiber lasers, it uses solid materials as its gain medium to generate stable, high-brightness laser beams. Thanks to its high precision, long lifespan, and compact structure, solid-state lasers have become a mainstream solution for high-precision laser processing and optical systems.
In photonics and laser technology, devices that manipulate optical signals via the electro-optic effect form the backbone of precision optical systems. Electro-optic phase modulators and electro-optic deflectors are two prominent examples of this device category. As a critical hardware solution for high-speed, high-accuracy laser beam direction control, electro-optic deflectors are widely deployed across industrial and research settings. Below is a detailed overview of their core structure, key performance drivers, and primary use cases.
In UV laser testing, UV spectroscopy and lithography optical experiments, excessive light intensity will lead to detector saturation, optical component damage and overexposed imaging.
Loading...
Name
Phone
Organization
Use Case
Database Platform