ALO4basic | Laser welding and laser brazing with tactile seam tracking

ALO4basic is the successor to ALO1 for simple brazing and welding applications and benefits from selected scapacs® modules of the latest ALO generation.

ALO4basic

ALO4basic | The next generation of laser welding and laser brazing with tactile seam tracking.

Swivel axis basic | Motor current-controlled, powerful swivel axis with reduced sampling position clearance. Optimised for continuous use even under high mechanical loads.

Protective glass monitoring | Continuous monitoring of the protective glass on the process side. Based on the patented temperature evaluation algorithms.

Telescopic arm basic | Height tolerance compensation with defined spring force. Variants: basic, basic-fix (with brakes).

Digicam | Digital setup & monitoring camera. Integrated crosshair.

Function description

The filler wire required for the seam during joining also serves as a mechanical sensor. The filler wire is continuously pressed into the joint by the swivel axis and melted in the laser focal point; it positions and guides the processing head precisely over the seam. The additional wire thus forms a wear-free, self-renewing guide tip – directly at the focus of the laser and with consistently high accuracy.

Areas of application

  • Laser soldering brazing and laser welding
  • Steel and aluminium alloys
  • Y-seam at the flare joint
  • Fillet welds at the lap joint
  • Fillet welds at T-joint

Advantages

  • Stable process control and highest seam quality through automatic compensation of component tolerances by tactile seam tracking with filler wire.
  • Industry 4.0 as the new standard for connectivity and intuitive user interfaces with recipes for operating and configuring the optics.
  • Lateral tolerance compensation in the process by motor-current controlled swivel axis based on the proven principle of the ALO1 for simple brazing and welding applications.
  • Easy handling thanks to the optional integration of external functions such as wire feeder, media control, QA systems and direct control of the laser source.
  • Shortened start-up times, faster optics changeovers and more efficient service thanks to plug & play in the hardware and interface architecture.
  • Individual device configuration thanks to the modular scacpacs® building block system and expandability over the entire product life cycle.

Supported Laser

  • Diode laser
  • Solid-state laser like rod laser, disk laser, fibre laser

Further product information

Swivel axis basic

  • Motor current-controlled, powerful swivel axis with reduced sampling position clearance
  • Optimised for continuous use even under high mechanical loads

Telescopic arm basic

  • Height tolerance compensation with defined spring force
  • Variants: basic, basic-fix (with brakes)

Protective glass monitoring

  • Continuous monitoring of the protective glass on the process side
  • Based on the patented temperature evaluation algorithms

Digicam

  • Digital setup & monitoring camera
  • Integrated crosshair

Wavelength900 – 1080 nm
Laser power< 6 kW up to 10 kW *
Laser protection class4
Image scales1:0.9 up to 1:5.3
Total angle of acceptanceup to 485 mrad*
Focal lengths141 - 250 mm
IP classProcessing optics: IP60 (up to IP64 possible by sealing the laser light cable receiver)
Switch cabinets: IP54
Voltage supply24 V / 10 A provided by the customer or 230 / 400V 4 A using the controller power-supply box
Dimensions
(L x W x H) in mm		approx. 350x 250x 580*
WeightProcessing optics: approx. 15 kg
Controller power-supply box: approx. 25 kg
*depending on the configuration

Contact us

Sales

Technischer Vertrieb

phone +49 - 30 - 91 20 74-346

e-mail sales@scansonic.de

Service

Technischer Service

phone +49 - 30 - 91 20 74-311

Mo - So   8:00 - 16:00 Uhr

e-mail service@scansonic.de