Sign In | Join Free | My lightneasy.org
lightneasy.org
Products
Search by Category
Home > General Industrial Equipment Design Services >

Max Raycus Ipg Laser Source Fiber Laser Marking Machines 1064 Nm Long Operating Life

Categories Fiber Laser Marking Machines
Brand Name: LS-LASER
Model Number: LS-FDBA-20
Certification: CE
Place of Origin: CHINA
MOQ: 1piece
Price: Negotiable
Supply Ability: 100pieces/month
Delivery Time: immediately after payment
Packaging Details: wooden box
Laser Type: Fiber Laser
Laser Wavelength: 1064 nm
Marking Area: 100*100mm/300*300mm
CNC or not: yes
laser power: 20w
apply to: metal and nonmetal material
cooling system: air cooling
Application:: laser marking
control system: china pc
color: customized
laser beam: red
  • Haven't found right suppliers
  • Our buyer assistants can help you find the most suitable, 100% reliable suppliers from China.
  • And this service is free of charge.
  • we have buyer assistants who speak English, French, Spanish......and we are ready to help you anytime!
  • Submit Buying Request
    • Product Details
    • Company Profile

    Max Raycus Ipg Laser Source Fiber Laser Marking Machines 1064 Nm Long Operating Life

    CE iso9000 certificate Fiber Laser Marking Machines For metal and nonmetal

    Applicate material :


    Metals and alloys (iron, copper, aluminum, magnesium, zinc and all other metals),plastics,rare metals and alloys (gold, silver,titanium), metal oxides (metal oxide may be), special surface


    treatment(Phosphatize, aluminum anodizing, electroplating the surface), ABS material (electrical appliances shell, daily necessities), ink (translucent keys, print products), epoxy resin


    (electronic components, packaging, insulation layer).etc.


    Specifications:
    Laser Sourse
    IPG SeriesPulsed, High Energy Ytterbium Fiber Lasers
    Mode of operationPulsed
    Polarizationrandom
    Q-switched operation
    Output power adjustment range10%-100%
    Nominal average output power W10W / 20W / 30W / 50W
    Central emission wavelength1060-1070 nm
    Emission Bandwidth (FWHM)<10 nm
    Long-term average power instability<5%
    Pulse width, (FWHM)100 ns
    Laser switching ON time180 μsec
    Laser switching OFF time180 μsec
    Pulse Repetition Rate* kHz20-80 kHz
    Energy per pulse (PRR = 20 kHz)0.95 mJ
    Typical beam quality, M2<1.8
    Output fiber delivery length3m
    Operating voltage220V
    Max. Power consumption600W

    What kind of materials can a GY laser cut / engrave?

    AcrylicCorkLeatherPaperStyrene
    Anodized AluminumCrystal coated metalMarblePlasticTile
    Anodized metalFabricMatte boardPolyesterVeneer
    BambooFiberglassMelaminePolyester filmVinyl
    CarbideFoamMylarPressboardWood
    CardboardGlassNylonRubber
    CeramicsKevlarPainted metalsSilicon
    CompositesLaminated plasticPainted materialsStone

    Features


    1 Imported fiber laser system

    2 Excellent optical mode, long operating life, up to 100,000HS

    3 The highest electro-optical conversion efficiency, up to 80%, but gross power less than 600W

    4 Small size, steady, without maintenance, easy to operate

    5 High precision, suited for fine processing on all metal and some non-metal.


    Standard accessories:

    A semic conductor module
    A set of high-speed vibrating mirrors
    A set of marking control system
    An industrial computer
    A marking work table
    A red laser pointer
    A pedal switch
    A set of marking software
    A user manual


    Quality Guarantee


    The guarantee period of quality shall be 12 months counting from the date on which the commodity arrives at the port of destination.


    Payment term T/T in advance


    Production time 7-15 working days


    Gurantee: 1 year


    Quality Max Raycus Ipg Laser Source Fiber Laser Marking Machines 1064 Nm Long Operating Life for sale
    Send your message to this supplier
     
    From:
    Enter your email please.
    To: Wuhan LS Photoelectric Technology Co., Ltd.
    Subject:
    Message:
    Characters Remaining: (0/3000)
     
    Inquiry Cart 0