Laser System Optimized for High-Speed Scanning Applications

• Green, UV, and pulsed laser source options with Piptox integrated scanning and marking heads

• Flexible configuration options – from static to 4-axis synchronized motion

• Highly cost-effective

• 250 × 250 × 200 mm working volume in a small-footprint workstation

• Simple user interface – integrated control of motion systems, scanner and laser parameters

• Optional vision systems – automated part alignment to maximize part yield and productivity

Powerful Scanning Laser System for Marking, Cutting, Welding & Cleaning

• Up to 1500 W fiber laser power

• UV, Green or IR Marking Modules

• IR Mid-Power Scan Head

• Automatic sliding door

• Intuitive user interface

• Customizable configurations

Designed for Scanning Lasers

Scanning Laser Workstations combine the flexibility of a scanned laser beam delivery with a configurable multi-axis part motion system typically configured with high-pulse rate lasers.

• Compatible with a broad range of low and mid-power lasers

• Scanning system optics to suit the application

• Configurable motion system takes advantage of scanner coverage area (typically 100 × 100 mm)

• Laser source located inside the workstation

• Single user interface for all machine control, including laser, scanner and part-motion system

Configurable Motion System

With a selection of stage systems, customers purchase the exact capabilities for their specific applications:.

• X-Y Stages Optional – 250 × 250 mm

• Z Stage Optional – manual and automatic options

• Rotary Stage options for A or C axes

• Requirements for additional motion axes are minimized by matching scanner capabilities to the process

Broad Range of Lasers for Process Optimization

All material-laser interactions are different. Choose the best Piptox laser source to match the specific application:

• Infrared CW and QCW lasers – thin film metal welding or foil cutting

• Infrared nanosecond lasers – metal foil cutting, welding, marking and engraving

• Green and UV nanosecond lasers – processing polymers, glass and ceramics

• Picosecond and femtosecond lasers – typically for very heat sensitive materials, cutting, ablation and marking

Compact Footprint

Ideal for environments with limited space:

• 840 mm (33 in) × 1240 mm (48 in) footprint

• Fits through standard sized doorways for easy roll-in installation

• Lasers up to 1500 W typically mounted inside cabinet

• Lasers up to 700 W air cooled – requires no additional floor space for chillers

Powerful Control Software

• Integrated laser, scanner and motion system control

• Vision recognition for accurate pattern placement

• Support of process variables and conditional programming for easy teaching of complex applications

• HMI follows SEMI E95 standards

Parameters