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Laser Solder Paste Scanning Tin Hot Bar Soldering Machine Visual Positioning System

Categories Hot Bar Soldering Machine
Brand Name: ChuangWei
Model Number: CWLS-P
Certification: CE ISO9001
Place of Origin: China
MOQ: 1Set
Price: Negotiable
Supply Ability: 20sets
Delivery Time: 15days
Packaging Details: plywood case
Laser Parameters: 10-150W optional
Power Supply: 200V 50Hz
Total Power: 600W-1.5KW(configuration selection)
Wave Length: 808,980,1064,1070 Optional
Control Mode: Microcomputer+PC Image Processing
Visual Positioning System: ±0.003mm
Machining Range: 300*300 can be processed more than 0.15 pitch
On the Way of Tin: Prefabricated tin,Point solder paste,Optional
Size: L1000*W1000*H1700mm
Name: Selective Optional Visual Positioning System Laser Solder Paste Scanning Tin Soldering Machine
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    Laser Solder Paste Scanning Tin Hot Bar Soldering Machine Visual Positioning System

    Selective Optional Visual Positioning System Laser Solder Paste Scanning Tin Soldering Machine


    Product Description

    CCD automatic scanning after the starting point after the puzzle solder paste, laser welding using the disposable whole mirror; solder supply system: the structure of 4 axis horizontal joint manipulator + platform; automatic dispensing system with injection valve (optional) Musashi paste; automatic mount prefabricated welding sheet system: patch mechanism principle (optional).


    Product Parameters


    Entry NameTechnical Parameters
    Machine ModelCWLS-P
    Power Supply200V 50HZ
    Total Power600W-1.5KW(configuration selection)
    Laser Parameters10-150W optional
    Wave Length808,980,1064,1070 Optional
    Control ModeMicrocomputer+PC Image Processing
    Visual Positioning System±0.003mm
    Machining Range300*300 can be processed more than 0.15 pitch
    On the Way of TinPrefabricated tin,Point solder paste,Optional
    SizeL1000*W1000*H1700mm

    Product features:

    1. equipped with four axis solder supply system, precise and flexible;

    2.coaxial temperature measuring system, output real-time temperature control curve;

    3.for FBC and PCB welding, SMD non temperature components, heat sensitive soldering advantages, high efficiency, good performance.


    Benefits at a glance:

    1.High precision

    2.Low and localized heat input – Soldering of temperature-sensitive components

    3.Fast power controllability

    4.Optimized temperature-time profile for best soldering results – The soldering 5.temperature can be regulated according to a pre-set temperature-time profile

    6.Non-contact processing for joining in spaces with limited accessibility

    7.Processing of metallic workpieces of very small geometries

    8.Efficient and homogenous heat input

    9.No risk of damaging adjacent components


    Application:

    Communications, military, aerospace, automotive electronics, medical equipment, mobile phones and so on.

    Communications

    Military

    Medical Equipment


    Aerospace

    Automotive Electronics


    Where conventional soldering techniques reach their limits

    Laser soldering is often applied as selective laser soldering. Selective soldering processes are used in applications where other conventional selective soldering techniques reach their limits. These limits can be for example defined by temperature-sensitive components. The transfer of heat and energy through the laser beam provides the user with many advantages, especially with view to the miniaturization of sub-assemblies or sensitive components.

    During the soldering process, the filler metal or alloy is heated to melting temperatures < 450°C by laser. Therefore lasers with lower output powers (typically < 100 Watts) are used to melt the wire material, soldering paste or solder deposits so that it flows in between the two closely fitted joining materials.

    For soldering small parts or components within the semiconductor, electronic or opto-electronic device manufacturing or assemblies industry, the diode laser is the right choice. Diode lasers are used for selective soldering because the laser power can be precisely controlled by an analog signal and the heat input into the material is very localized. That is why laser soldering is most advantageous, compared to traditional soldering methods. The process does not damage or input heat into nearby components. That is why even very small electronic components, in the range of a few tenths of a millimeter, as well as heat sensitive electronic parts can be processed.

    Fast power controllability combined with a non-contact temperature measurement to minimize thermal damage make the diode laser an ideal tool for this application.

    Conventional selective soldering techniques, such as e.g. the soldering iron, need a direct mechanical contact between the soldering tool and the solder joint, or the soldering tool has to be very close to the solder joint. Yet, in many cases, this is not possible due to a lack of space. Furthermore, within conventional selective soldering processes, the energy input is either not or is very slowly able to be influenced during the soldering process.


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