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635 638nm 1W 12V Adjustable Focus Orange Red Laser Head Module Laser DIY
635 638nm 1W 12V Adjustable Focus Orange Red Laser Head Module Laser DIY
635 638nm 1W 12V Adjustable Focus Orange Red Laser Head Module Laser DIY
635 638nm 1W 12V Adjustable Focus Orange Red Laser Head Module Laser DIY
635 638nm 1W 12V Adjustable Focus Orange Red Laser Head Module Laser DIY
635 638nm 1W 12V Adjustable Focus Orange Red Laser Head Module Laser DIY

635 638nm 1W 12V Adjustable Focus Orange Red Laser Head Module Laser DIY

$ 209.26

Availability: 40 in stock
  • Herstellernummer: Q-BAIHE
  • Structural features: laser tube + lens + heat dissipation shell
  • Restocking Fee: No
  • Marke: 638MD-1W-12V-TTL-XL
  • Condition: New
  • Wavelength: 638NM
  • Country/Region of Manufacture: China
  • All returns accepted: Returns Accepted
  • Diameter: 81.5mm*width 40mm*height 40mm
  • Refund will be given as: Money Back
  • Model: 638MD-1W-12V-TTL-XL
  • Return shipping will be paid by: Buyer
  • Brand: Q-BAIHE
  • EAN: 6256294943781
  • UPC: 6256294943781
  • Output Power: 1000mW
  • Operating voltage: DC 12V
  • Operating temperature: -10°~+40°
  • MPN: 638MD-1W-12V-TTL-XL
  • Storage temperature: +10°~+40°
  • Item must be returned within: 30 Days
  • Circuit Control: ACC

    Description

    Title：
    635 638nm 1W 12V Adjustable Focus Orange Red Laser Head Module Laser DIY
    Wavelength:
    638nm
    Output Power:
    1000mW
    Host size: length
    81.5mm*width 40mm*height 40mm
    Circuit size: length
    47.5mm*width 35.5mm*height 20mm
    Cooling method:
    aluminum heat dissipation
    Modulation frequency:
    can be modulated
    Working characteristics:
    can work continuously
    Shell material:
    aluminum + copper
    Circuit control:
    12V step-down constant current
    Warm-up time:
    none
    Working voltage:
    DC=12V
    Working current:
    I<1200mA
    Working temperature:
    -10℃～＋40℃
    Storage temperature:
    -10℃～＋40℃
    Package:
    1* Laser Module
    On Apr-29-21 at 00:07:11 PDT, seller added the following information: