WOLF PRODUCTIONS SYSTEMES - Micro laser soldering robotic for electronics

Iron Soldering Robot

Iron soldering


Laser soldering


Laser welding


Iron solder station driven with a 4 axis robotic

   Download datasheet

The soldering iron is equipped dedicated calibrated solder tip. These robots are suitable for soldering wires, through hole components or SMT. The distribution of the alloy is made by the wire coil.

1. Robot ergonomic

       SKYLINE model
head 4 axis (X=500mm / Y=500mm / Z=50mm / ROT=345°)
Toutch screen monitor
PLC Siemens S7 or VIPA + software STEP
Loading parts :
   - opening door
   - round table
   - transfer line

2. Quick step / dual pos head model
Heads are compatible with both robots and Skyline BoxLine
Mechanism allows controlling the position of tin wire from the failure. This eliminates the wire feeding errors due to positioning tolerances of the part to be soldered. The system automatically detects the presence of pin of the component.
This approach mechanism of the tip and the wire quick step/dual pos is a technology patented by Wolf Production Systeme GmbH.
Two cameras viewing in real time the soldering process.

Optionally, an additional camera automatically controls the joint quality .
Features :

  • Iron power : 120W
  • Head patented "Quick Step Duo Pos"
  • Detecting presence of the pin
  • Long life tip
  • Tip calibrated and enhanced
  • Optimum heat transfer up to the tip
  • Working temperature continuously adjustable
  • Wire feeding by servo with optional encoder
  • Wire feed speed controlled
  • Detection end of wire roll
  • Wire alloy leaded or unleaded
  • Two viewing camera (one vertical and one tilted)

    ;              QuickStep - Dual Pos description

    Pre tinning on tip
    Pre heat of the PAD
    Contact tip and connexion
    Downhill wire to low position
    Advance wire opposite side of the tip

    Tête laser Wolf

    Tête fer hybride Wolf



    Laser soft soldering

       Brochure soft soldering robots
       Flyer soft soldering robots

    soft soldering robot

    Laser soldering is suitable for many types of applications:

  • Pins of through hole component,
  • SMT electronics component.

    The distribution of the alloy is made by the wire roll. The laser soldering process allows accurate and fast soldering. It is perfectly suited to lead-free alloys.
    One or two cameras can view real-time implementation of soldering. Optionally, an additional AOI camera allows for the re adjust XY robot position before the laser shot and / or automatic control of the quality of solder joints.
    Two laser soldering diodes technology

    Laser mono fiber
    Tête laser Wolf
    - Vertical laser spot in 1 point
    - Fiber diameter : 0,8 mm
    - Diodes life time : 5 000 Heures
    - Max. poxwer : 50W
    - Single or double solder wire feeder
    - Deux cameras
    - Option : AOI
    Multi fibers laser
    Tête laser Wolf
    Inclined multi fibers laser
    - Fiber diameter: 0,2 mm
    - 6 diodes 6x10W
    - Diodes life time: 50 000 Heures
    - Max. power: 60W
    - Single or double solder wire feeder
    - Deux cameras
    - Option : AOI


    Focus in 6 points, 2 points or 1 point
    Tête laser Wolf
    Double solder wire feeder
    Solder wire diam. 0.5 to 1.5 mm

    Tête laser Wolf


    Coupe micro graphique
    Micro cut
    Connector lead soldered to the laser soldering head 6 beams
    - Filling in more than 100% of the via hole
    - Crystal structure dense small grains
    - Formation of an intermetallic layer thin and uniform



    Robots ergonomic

           SKYLINE model
    head 4 axis (X=500mm / Y=500mm / Z=50mm / ROT=345°)
    Toutch screen monitor
    PLC Siemens
    Loading parts :
       - opening door
       - round table
       - transfer line
    Tête laser Wolf
    Model Skyline in line

    Brochure laser Wolf
    Download PDF format


    Welding with laser scanner

    Laser contour Wolf

    This laser application is to weld plastic parts.
    The laser optic is fixed. Le laser is a powerfull diode laser.
    The laser shape is generated through a scanner galvanometric with mirrors.