Custom Laser Line HR Mirrors
Custom Laser Line HR mirrors can be designed for specific wavelengths and angles, various shapes, sizes and forms. Alien Photonics Custom HR Mirrors can also be optimized for maximal reflection, LIDT or other characteristics.
Estimated Shipping Date: September 24, 2024 - October 8, 2024
* - Shopping cart pricing is based on the most recent pricing and it is NOT ORDERING, but requesting an official quotation which should typically reach You within 1-2 business days.
- Description
- Characteristics
- Popular Wavelengths
Custom Laser Line (HR) mirrors
Alien Photonics offers various customization options, optimized for your specificaly for your optical system.
Wide range of substrate materials
Alien Photonics list of available materials for substrates reapidly expands, just let us know what substrate material you would prefer for your application.
Shapes and sizes of Custom Laser Line (HR) Mirrors
Round, rectangular, trangular, hexagon, any other custom shapes from few milimiters to hundreds of milimiters in size.
Production of Custom Laser Line Mirrors
The manufacturing sequence is very similar to Nd:YAG, Yb:YAG and Ti:Sapphire laser line mirrors.
- **Desired wavelength is determined. It could be either a specific laser (e.g. Co:MALO, Alexandrite, Ruby, et.c) or custom waveleneght.
- Optical and physical parameters are mapped on drawing. Size, shape, quality, spectral values, etc. The final manufacturing drawing is prepared.
- First production step is polishing of mirror substrates. Once desired high quality polsing is achieved, parts are inspected.
- Based on thin film coating design, the correct high reflection coating is applied.
- Once production is finished Custom Laser Line HR Mirrors are inspected and stocked or shipped to the customer.
Typical characteristics of Alien Photonics Custom Laser Line (HR) Mirrors
Due to constant improvements, all parameters are subject to change. Please, treat contents of this table as guidelines.
| Characteristics | Typical Value |
|---|---|
| Substrate Characteristics | Value |
| Substrate material | UVFS |
| Diameter tolerance | +0.0 / -0.15 mm |
| Thickness tolerance | ±0.1 mm |
| Protective chamfers (bevels) | 0.25 mm x 45° |
| Flatness | λ/8 @ 632.8 nm (per C.A.) |
| Surface quality | 20-10 S-D (acc. to MIL-PRF-13830B) |
| Coating Characteristics | Value |
| Clear Aperture (C.A.) | >85% |
| Group Delay Dispersion (GDD) | optimized |
| Laser Induced Damage Threshold (LIDT) | >5-15 J/cm² @ 1064 nm, 10 ns, 10 Hz |
| Certificate | Availability |
| Certificate of Conformance (COC) | Yes. Available upon request. |
| RoHS | Yes. Available upon request. |
| Conflict minerals | Yes. Available upon request. |
Custom Laser Line (HR) mirrors for Eximer, Ruby, Alexandrite, Fiber, Infrared and other lasers
Readily available Nd:YAG, Yb:YAG, Ti:Sapphire laser line HR mirrors is just a small taste of Alien Photonics wide product range. Please check bellow some of most popular custom Laser Line (HR) mirrors.
Excimer Laser Line (HR) Mirrors
| Laser | Abbreviation | Wavelength | Application example |
|---|---|---|---|
| Argon Fluoride | ArF | 193 nm | Improves semiconductor manufacturing process by reflecting 193 nm UV light in the creation of micro-scale features on semiconductor wafers. |
| Krypton Chloride | KrCl | 222 nm | Enables precision material processing by efficiently directing 222 nm UV light. |
| Krypton Fluoride | KrF | 248 nm | By accurately reflecting 248 nm UV light supports detailed patterning in semiconductor manufacturing devices (photolithography, LASIK). |
| Xenon Bromide | XeBr | 282 nm | Allows effective surface cleaning and removing of contaminants by directing 282 nm UV light in surface cleaning systems. |
| Xenon Chloride | XeCl | 308 nm | Efficient skin treatments and microfabrication etching by reflecting 308 nm UV light in dermatological lasers and etching equipment. |
| Xenon Fluoride | XeF | 351 nm | In spectroscopic and fluorescence excitation instruments, XeF HR mirrors enhance bio analysis by directing 351 nm UV laser beam through samples. |
Ruby Laser Line (HR) Mirrors
| Laser | Abbreviation | Wavelength | Application example |
|---|---|---|---|
| Ruby | Rubby | 694.3 nm | In medical and industrial systems, ruby HR mirrors enhance precision cutting by directing 694.3 nm red laser beam achieving high accuracy and depth in materials processing. |
| Ruby | Rubby (2H) | 347.15 nm | In advanced photolithography and spectroscopy equipment, ruby HR mirrors boost the analytical and manufacturing precision, by steering 347.15 nm UV laser beam enabling high-resolution imaging and detailed chemical analysis. |
Alexandrite Laser Line (HR) Mirrors
| Laser | Abbreviation | Wavelength | Application example |
|---|---|---|---|
| Alexandrite | Alexandrite | 755 nm | In dermatology in and cosmetic treatment lasers and devices, Alexandrite HR mirror boosts efficiently and safety by precisely directing 755 nm NIR laser beam. |
Cr:ZnSe, Cr:ZnS, Fe:ZnSe, Fe:ZnS, Cr:CdSe Laser Line (HR) Mirrors
| Laser | Abbreviation | Wavelength | Application example |
|---|---|---|---|
| Chromium doped Zinc Selenide | Cr:ZnSe | 1900-3300 nm | Cr:ZnSe HR mirrors are crucial for directing infrared laser beams from 1.9-3.3 micron range. In medical devices as this wavelength is particularly effective for soft tissue surgery. |
| Chromium doped Zinc Sulfide | Cr:ZnS | 1840-3060 nm | By efferently directing design wavelength from 1840-3060 nm range, Cr:ZnS mirrors enables detailed material characterization and precise thermal imaging in non-invasive medical diagnostics. |
| Ferrum doped Zinc Selenide | Fe:ZnSe | 3400-5200 nm | In advanced spectroscopy and environmental monitoring equipment, Fe:ZnSe HR mirrors facilitate the generation and manipulation of 3400-5200 nm long-wave infrared laser beams, supporting high-resolution gas analysis and atmospheric studies. |
| Ferrum doped Zinc Sulfide | Fe:ZnS | 3490-4650 nm | In defense and security, Fe:ZnS HR mirrors are instrumental in producing 3490-4650 nm long-wave infrared beams for countermeasure systems and remote sensing, offering effective solutions for threat detection and assessment. |
| Chromium doped Cadmium Selenide | Cr:CdSe | 2260-3610 nm | In biomedical research and therapeutic devices, Cr:CdSe HR mirrors enhance the application of 2260-3610 nm mid-infrared laser beams for non-invasive therapy and cellular-level imaging. |
Laser Line (HR) Mirrors for Neodymium doped (Nd-based) media lasers
Alien Photonics custom laser line mirrors can be used in several types Nd-based media lasers: Nd:YVO₄, Nd:YLF, Nd:Glass, Nd:YAlO₃ , Nd:LuAg, Nd:GdVO₄, Nd:CLNGG, Nd:SSO, etc. Although, most of these lasers have same or very similar fundamental wavelength, the laser application itself might differ and some customizations might be needed. However, usually same standard Alien Photonics Nd:YAG Laser Line (HR) Mirrors are quite sufficient with a few exceptions.
Laser Line (HR) mirrors for Erbium doped (Er-based) media lasers
| Laser | Abbreviation | Wavelength | Application example |
|---|---|---|---|
| Erbium doped Yttrium Aluminium Garnet | Er:YAG | 1900-3300 nm | Cr:ZnSe HR mirrors are crucial for directing infrared laser beams from 1.9-3.3 micron range. In medical devices as this wavelength is particularly effective for soft tissue surgery. |
| Erbium doped Yttrium Lithium Fluoride | Er:YLF | 2800-2900 nm | In medical devices Er:YLF HR mirrors are used to guide laser beam to ensure efficient cosmetic and surgical treatments. |
| Erbium doped Potassium Yttrium Tungstate | Er:KYW | 1020-1064 nm | Er:KYW laser line (HR) mirrors efficiently reflect 1030 nm laser beam to and help to generate short pulses in compact ultrafast laser systems. |
Laser Line (HR) Mirrors for co-doped laser media
Alien Photonics can customized laser line mirrors for several noticeable infrared lasers based on Eu:Dy:YLF (574 nm; 4340 nm), Er:Yb:phosphate glass (~1530-1560 nm), Er:Yb:YAB (~1520-1600 nm) are used in infrared wavelength rage.
Laser line (HR) Mirrors for CO:MALO (CO:SPINEL) media lasers
Co:MALO, Co:SPINEL, or just Co:MgAl₂O₄ is quite efficient crystal for eye-safe lasers and other applications.
| Laser | Abbreviation | Wavelength | Application example |
|---|---|---|---|
| Cobalt-doped Magnesium Aluminate Spinel | Co:SPINEL | Fundamental (1540 nm) | Custom HR mirror reflects 1540 nm laser beams in LIDARS and remote sensing devices. |
| Cobalt-doped Magnesium Aluminate Spinel | Co:SPINEL | 2H (770 nm) | Alien Photonics custom HR mirror guides 770 nm beam for precise material processing in laser projectors and scientific instruments. |
| Cobalt-doped Magnesium Aluminate Spinel | Co:SPINEL | 3H (513 nm) | Laser beams are guided with Alien Photonics custom 513 nm HR mirrors throughout biological samples in fluorescence microscopes |
| Cobalt-doped Magnesium Aluminate Spinel | Co:SPINEL | 4H (385 nm) | Reflects 385 nm UV laser beam in photolithography equipment. |