YW52 Laser Welding Head: Precision & Versatility for Laser Welding Applications

The PRECITEC YW52 Laser Welding Head is a compact, high-performance solution designed exclusively for all diode and solid-state laser machines, delivering reliability and flexibility for diverse welding needs. With a modular design, this Laser Welding Head allows customers to tailor configurations to their specific application requirements—from a cost-competitive basic version to a fully featured system with advanced process monitoring, ideal for fully automated production lines. Weighing 3 to 6 kg (depending on construction) and featuring a standard 74×74 mm module, the YW52 integrates high-grade optics and an adaptable protective shield gas supply to ensure high-quality welding results, while application-specific CrossJet concepts extend protective window lifetime. Suitable for industries like automotive component manufacturing, electronics assembly, precision engineering, and metal fabrication, the YW52 Laser Welding Head excels in both manual and automated setups, supporting highest laser power and enabling seamless integration into existing production systems.

Key Features of YW52 Laser Welding Head

• Broad laser compatibility: Specifically designed for all diode and solid-state laser machines, supporting highest laser power for demanding welding tasks
• Modular & customizable design: Allows tailoring to application needs—from a budget-friendly basic version to a fully equipped system with process monitoring
• High welding quality: Equipped with high-grade optics and an adaptable protective shield gas supply to ensure consistent, high-precision welds
• Extended protective window lifetime: Application-specific CrossJet concepts reduce contamination and wear, minimizing maintenance frequency
• Flexible optical options: Offers different focal lengths for collimation and focusing, adapting to various material thicknesses and welding distances
• User-friendly operation: Features a monitoring camera for simple teaching (setup) and easy optics exchange, reducing operator training time
• Enhanced safety & monitoring: Includes a monitored protective window cartridge (tracks presence, temperature, and contamination) and PC-based operating status monitoring
• Integrated quality control: Compatible with pre-process (seam tracking LPF), in-process (Laser Welding Monitor LWM), and post-process (seam geometry monitoring SGM) quality tools
• Simple cooling integration: No separate cooling system required—utilizes the laser machine’s existing cooling unit, saving installation space and cost
• Easy system integration: Designed for seamless integration into existing production systems, minimizing downtime during setup

YW52 Laser Welding Head Technical Specifications

YW52 Laser Welding Head Quick Reference: 9 Core Parameters

• Standard module size: 74 mm x 74 mm (compact design for space-constrained setups)
• Weight range: 3–6 kg (varies by configuration, easy to mount)
• Laser compatibility: All diode and solid-state laser machines
• Cooling: Uses laser machine’s existing cooling unit (no separate system needed)
• Core components: Includes fibre socket, water-cooled aperture/collimation lens/focusing lens, camera module, and CrossJet
• Protective window monitoring: Tracks presence, temperature, and contamination (independent of laser power)
• Optical options: Multiple focal lengths for collimation and focusing
• Quality control support: Works with LPF (pre-process), LWM (in-process), and SGM (post-process) tools
• Operation monitoring: PC-connected system for real-time operating status tracking

YW52 Laser Welding Head Application Areas

• Automotive Manufacturing: Welding of automotive components (e.g., engine parts, chassis components, battery terminals) where precision and high power support are critical
• Electronics Assembly: Precision welding of electronic parts (e.g., circuit board connections, sensor housings, micro-components) requiring consistent, high-quality welds
• Precision Engineering: Welding of small, intricate parts in industries like medical device manufacturing (e.g., surgical instruments, implant components) and aerospace sub-assemblies
• Metal Fabrication: Welding of metal structures, enclosures, and custom parts for industrial machinery, where adaptability to different material thicknesses is needed
• Automated Production Lines: Fully integrated setups in high-volume manufacturing (e.g., appliance production, consumer electronics) leveraging process monitoring for 24/7 reliability
• Medical Device Manufacturing: Welding of biocompatible metals (e.g., stainless steel, titanium) for medical tools and implants, requiring strict quality control
• Aerospace Components: Welding of lightweight, high-strength materials (e.g., aluminum alloys, titanium) for aerospace parts, where precision and material integrity are non-negotiable
• Industrial Machinery Repair: On-site or workshop repair of industrial equipment (e.g., gearboxes, hydraulic components) using portable or fixed laser setups with the YW52