Cylindrical Diode
Cylindrical Diode

SureLock™ 785 nm Wavelength Stabilized Laser Diode

Coherent’s 785 nm High-Power Wavelength Stabilized Laser is a high-power,single frequency, collimated laser packaged in an ultra-compact, TO-can footprint. The narrowed linewidth, low power consumption, and broad temperature operating characteristics deliver affordable, portable instrument-quality performance for a broad range of instrumentation applications. All SureLock™ Series lasers are stabilized using the Coherent PowerLocker® Volume Holographic Grating, ensuring precise, ultra-stable center wavelengths, low temperature dependence and consistent optical performance over the locked region.

785 nm Single Frequency, Collimated

TO-Can Laser for Instrumentation

Specification Summary

Parameter Symbol Min Typ Max Unit
Output Power Po 175/225 mW
Center Wavelength P 784.5 785 785.55 nm
Linewidth Δλ 12MHz
Central Stabilized Temperature Tc 15 25 40 °C
Stabilized Temperature Range Tr 10 °C

SureLock™ Specifications

Operating Specifications

Parameter Symbol Min Typ Max Unit
Threshold Current Ith 80 110 mA
Operating Current Iop 350 500 mA
Operating Voltage Vop 2.0 2.8 V
Beam Divergence, Perpendicular Qv 0.2 mrad
Beam Divergence, Parallel Qh 0.1 mrad
Differential Efficiency DE (dP/dI) 0.6 mW/mA
Operating Temperature2 Top 0 35 °C
Storage Temperature2 Ts -10 60 °C
Polarization 100:1
Collimated Beam Diameter 0.2 x 0.7 mm

SureLock™ Operating Specifications

All specifications are at rated power with a case temperature of 25°C unless otherwise noted



Raman Spectroscopy
Data Storage
Confocal Microscopy
Particle Counting
Nondestructive Testing

Features & Benefits

  • Compact 9 mm TO can footprint
  • Exceptionally high power – up to 225 mW
  • Single Frequency Operation – 12 MHz linewidth
  • Fast-axis collimated output beam
  • Wavelength stability across operating range <0.01 nm/°C
  • Test Data provided with every laser
  • NoiseBlock™ narrow-band ASE suppression filters and beamsplitters available in matching wavelengths to further reduce linewidth and ASE noise

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