R1064
Laser Diode, Stabilized, 1064nm
Key Features:
Free Space:
- High Power Single Frequency Output
- Narrow Spectral Linewidth (~100 kHz)
- Stabilized Output Spectrum (< 0.007 nm/0C)
- Gaussian TEM00 Spatial Mode
- Circularized & Collimated Output Beam
- Integral ESD Protection & Thermistor
- Integral Laser Line Filter
- SMSR 70 dB w/ laser line filter (40 dB without)
Fiber Coupled:
- High Power Single Mode (single spatial & SLM) Output
- Ultra-Narrow Spectral Bandwidth (< 100 kHz)
- Stabilized Output Spectrum (< 0.007 nm/0C)
- Excellent Beam Quality (M^2 < 1.1)
There are many configurations and options available. If you do not see exactly what you need below, please contact us!
POPULAR CONFIGURATIONS:
Picture |
Part Number |
Part Description |
Datasheet |
Price |
Lead Time |
|
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R1064SB0120P |
Laser Diode, 1064 nm, 120mW, Single Mode, Butterfly Fiber Coupled |
4-8 weeks |
Get Quote | |||
R1064SD0175B-HD |
Module, 1064nm, 175mW, Digital D-Type, Single Mode, Open Beam |
4-8 weeks |
Get Quote | |||
R1064SU0120PA-USB |
Module, 1064nm, 120mW, Digital U-Type, Single Mode, Fiber Coupled, FC/APC Connector |
4-8 weeks |
Get Quote | |||
R1064SB0120PA |
Laser Diode, 1064 nm, 120mW, Single Mode, Butterfly Fiber Coupled, FC/APC |
4-8 weeks |
Get Quote | |||
R1064SU0300PA-USB |
Module, 1064nm, 300mW, Digital U-Type, Single Mode, Fiber Coupled, FC/APC Connector |
4-8 weeks |
Get Quote | |||
R1064SB0300P |
Laser Diode, 1064 nm, 300mW, Single Mode, Butterfly Fiber Coupled |
4-8 weeks |
Get Quote | |||
R1064MU0500MS-USB |
Module, 1064nm, 500mW, Digital U-Type, Single Mode, Fiber Coupled, SMA Connector |
4-8 weeks |
Get Quote | |||
R1064S50200B |
Laser Diode, 1064 nm, 200mW, Single Mode, Open Beam, TO-56 With Thermistor |
4-8 weeks |
Get Quote | |||
R1064SB0300PA |
Laser Diode, 1064 nm, 300mW, Single Mode, Butterfly Fiber Coupled, FC/APC |
4-8 weeks |
Get Quote | |||
R1064MU0500MF-USB |
Module, 1064nm, 500mW, Digital U-Type, Single Mode, Fiber Coupled, FC/PC Connector |
4-8 weeks |
Get Quote | |||
R1064MB0350MF |
Laser Diode, 1064 nm, 350mW, MultiMode, Butterfly Fiber Coupled, FC/PC Connector |
4-8 weeks |
Get Quote | |||
R1064MB0350MS |
Laser Diode, 1064 nm, 350mW, MultiMode, Butterfly Fiber Coupled, SMA Connector |
4-8 weeks |
Get Quote | |||
R1064SB0500B |
Laser Diode, 1064 nm, 500mW, Single Mode, Butterfly Open Beam |
4-8 weeks |
Get Quote | |||
R1064MB0600B |
Laser Diode, 1064 nm, 600mW, MultiMode, Butterfly Open Beam |
4-8 weeks |
Get Quote | |||
R1064MB0600MF |
Laser Diode, 1064 nm, 600mW, MultiMode, Butterfly Fiber Coupled, FC/PC Connector |
4-8 weeks |
Get Quote | |||
R1064MB0600MS |
Laser Diode, 1064 nm, 600mW, MultiMode, Butterfly Fiber Coupled, SMA Connector |
4-8 weeks |
Get Quote |
The R1064 is a set of 1064nm wavelength stabilized diode lasers with a wide range of configuration options. Our proprietary wavelength stabilized lasers feature stable (≈ 1% power stability), high output powers with ultra-narrow spectral bandwidths, and a diffraction-limited output beam. Designed to replace expensive DFB, DBR, fiber, and external cavity lasers, our multi-mode spectrum stabilized lasers offer superior wavelength stability over time, temperature (0.007 nm/0C), and vibration, and are manufactured to meet the most demanding wavelength requirements.
The TO-56 & 14-Pin Butterfly packaged, base product lines come standard with a circularized and collimated open output beam, internal thermistor, and ESD protection, while the 14-Pin Butterfly package can also be fiber-coupled (expect ≈ 50% power loss from base values with fiber-coupling). Utilizing a hybrid external-cavity laser design, based on volume Bragg grating (VGB) technology, we ensure extremely narrowband (≈ 100kHz) output, with a precisely defined center wavelength and a very low sensitivity to temperature changes. Lasing wavelength can be accurately specified and repeatedly manufactured to within +/-0.1 nm upon request. The R1064 also provides an excellent side mode suppression ratio (SMSR), which is typically between 35-45 dB.
Type | LD Module, Single Emitter, Volume Bragg Grating (VBG) Laser Diodes |
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Wavelength (nm) | |
Output power (W) | |
Mode | |
Output | |
Linewidth |