Strong Infrared Laser Source From CivilLaser -- 1532nm 3W

1532nm 3W semiconductor laser with power supply CW modulation together
[Features]
Miniature size
Collimated straight beam
Easy use & maintenance free
Longlife operation
High efficiency
High reliability
1550nm laser
[Specifications]
Product Name: 1532nm IR Laser
Spatial Mode: Multimode
Lead Time: 1~3 weeks! Custom product available!
Output Wavelength: 1532±1nm
Output Power: 3000mW
Operation Mode: CW or Modulation
Polarization: 10:0.1
Pointing stability: <0.05 mrad
Beam Size: 6mm
Beam Height: 25mm
Power stability: <±3% per 2 hrs
Temperature Stabilizing: TEC
Beam quality(M2): <2
Warm Up Time: <5 minutes
MTTF(mean time to failure): 10,000 hrs
Optimum Operating Temperature: 20~30℃
Storage Temperature: 10~50℃
Modulation:  0~10khz
Power Supply: Standard type power supply / Lab Adjustable power supply (Choose)
Warranty: 1 Year

Note:
The picture is for reference only, different out power lasers, with different laser sizes.
If customer is concerned about the laser size, please contact us before purchasing.

1550nm laser

Comments

  1. 3d bioprinting = Immortality = go to stars ((typewrite: interstellar travel constant acceleration))

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  2. ...interstellar travel not acceleration constant (laser)… L=2*3.14*r... that beam of a laser pointer that turn 180º, from horizon to horizon, in 1 second and 4 imaginary semicircular screens located, for example, to the distances from Earth… 1: 95493 kms… 2: Moon (384403 kms)… 3 Sun (150 Million kms, 1.5*10^8)… 4: Andromeda (2 million light years...19 Trillion kms, 1.9*10^19)… The mark of laser pointer to reach, would move alongside each screen to an angular speed of 180º/sec and a linear speed, based on the light, of…(3.14*r)/c... km 95493=1c... Moon=4c... Sun=1570c... Andromeda galaxy= 198 Billion*c, (1.98*10^14)*c.











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  3. (2b)...interstellar travel not acceleration constant (laser)… But, if someday could make a laser-ray with its photons wave trains auto-correcting the divergence...how if they go away inside of a fiber-optic tube reflecting on the walls without can go out, although the ray would travel millions of light-years, to the end would arrive the beam cros-section with the same area that beam departed from the light source… Laser/Antilaser? Trajectories: photons divergent, perhaps antiphotons convergent?, then would go 2 concenter "tubes of light", normal photons interior-tube divergent/antiphotons exterior-tube convergent, perhaps repulsion photon/antiphoton...the exterior-antilaser prevents go out outside the interior-laser; and the interior-laser prevents go in inside the exterior-antilaser...maintaining always the same diameter… What would happen to arrive those intact laser marks to the distant semicircular screens?...hyperluminal-speed.





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