The MHPL-XXX high-power laser source is based on a high-performance semiconductor laser chip and is coupled to a 105/125um fiber. The professionally designed constant current drive and temperature control circuit ensures the safe and stable operation of the laser. Some models have wavelength locking, and the spectral stability can be better than ±3nm. Suitable for medical research, fiber laser pumping and other production testing. Desktop or modular packaging can be provided, and host computer monitoring software can be provided.
MHPL-XXX high-power laser source is based onperformance semiconductor laser chips,105/125um optical fiber couplingExport. professionally designedconstant currentdrive andtemperature control circuitGuaranteed laserSafe and stable work,Some models feature wavelength locking,spectral stabilityButbetter than±3nm。suitableapplied tomedicalResearchFiber laser pumpingAndOtherDuring production testing.Available in desktop or modular packages, provide host computer monitoring software.
Characteristics | Application |
n high output power | n fiber laser pump |
n Power and spectral stability | n biomedical |
n Module or desktop package | n Laser processing of materials |
optical criterion | Unit | typical values | Remarks | |
operating wavelength | nm | 793/808/976 | 915 | |
wavelength accuracy | nm | ±3 | ±10 | |
spectral width | nm | 3 | 6 | |
working mode | - | CW | continuous light | |
Output power | W | 5、10、25 | customizable | |
short-term stability(15 minutes) | dB | ≤ ±0.02 | equivalent≤±0.5% | |
long-term stability(8 hours) | dB | ≤ ±0.05 | equivalent≤±1.2% | |
pigtail type | - | 105/125μmmultimodeOptical fiber,NA= 0.22 | ||
Fiber pigtail joint type | - | bare fiber | Optional fiber collimator |
Electrical and environmental parameters | desktop | Module |
Control mode | Press the key | RS232 serial communication |
communication interface | optional | DB9 Female |
Supply Electricity | 100~240V AC,<120W | 12V DC,<60W |
Ruler inch | 260(W)×320(D)×120(H)mm | 125(W)×150(D)×30(H)mm |
operating temperature range | -5~+35°C | |
Operating humidity range | 0~70% |
ordering information/Model | ||||
MHPL | operating wavelength(nm) | Output power(W) | Output pigtail type | encapsulated form |
793/808/915/976/1064 | 5/10/25 | MM=105/125μmmultimode fiber | B= Desktop M= Module |
MHPL-XXX high-power laser source is based onperformance semiconductor laser chips,105/125um optical fiber couplingExport. professionally designedconstant currentdrive andtemperature control circuitGuaranteed laserSafe and stable work,Some models feature wavelength locking,spectral stabilityButbetter than±3nm。suitableapplied tomedicalResearchFiber laser pumpingAndOtherDuring production testing.Available in desktop or modular packages, provide host computer monitoring software.
Characteristics | Application |
n high output power | n fiber laser pump |
n Power and spectral stability | n biomedical |
n Module or desktop package | n Laser processing of materials |
optical criterion | Unit | typical values | Remarks | |
operating wavelength | nm | 793/808/976 | 915 | |
wavelength accuracy | nm | ±3 | ±10 | |
spectral width | nm | 3 | 6 | |
working mode | - | CW | continuous light | |
Output power | W | 5、10、25 | customizable | |
short-term stability(15 minutes) | dB | ≤ ±0.02 | equivalent≤±0.5% | |
long-term stability(8 hours) | dB | ≤ ±0.05 | equivalent≤±1.2% | |
pigtail type | - | 105/125μmmultimodeOptical fiber,NA= 0.22 | ||
Fiber pigtail joint type | - | bare fiber | Optional fiber collimator |
Electrical and environmental parameters | desktop | Module |
Control mode | Press the key | RS232 serial communication |
communication interface | optional | DB9 Female |
Supply Electricity | 100~240V AC,<120W | 12V DC,<60W |
Ruler inch | 260(W)×320(D)×120(H)mm | 125(W)×150(D)×30(H)mm |
operating temperature range | -5~+35°C | |
Operating humidity range | 0~70% |
ordering information/Model | ||||
MHPL | operating wavelength(nm) | Output power(W) | Output pigtail type | encapsulated form |
793/808/915/976/1064 | 5/10/25 | MM=105/125μmmultimode fiber | B= Desktop M= Module |