• Total Power: 5, 6, and 8 kW
• Compact footprint with high-efficiency ECO-modules
• Integrated water-water chiller with automatic refilling
• Replaceable three-core process fiber
• Compatible with all types of processing heads
• Independent power control via Fieldbus interface
• Advanced IPG power supply with integrated safety
• Laser emission ON watchdog

• Clean and join parts in one step
• Automated process reduces manual cleaning labor
• Improves reproducibility and maximizes joint strength
• Increases brazing speed and improves joint appearance
• Controls brazing temperature and minimizes heat effects
• Minimizes process running costs

• High-quality brazed joints require clean, oxide-free base metals
• Trifocal laser brazing uses a main laser spot with two smaller ablation spots for cleaning
• Improves filler material flow, resulting in stronger, better-looking joints
• Replaces traditional brazing methods, increasing speed and reducing manual cleaning

• Brazing of electrogalvanized materials
• Brazing of hot dip zinc-coated steel with a speed of 4.5 m/min

• Cooling Method: Integrated water to water chiller
• Dimensions: 856 × 806 × 1517 mm
• Weight: 700 kg (without water in chiller)
• Wall-plug Efficiency: >40% (without chiller: >45%)
• Operation Mode: CW/Modulated
• Main Beam Nominal Output Power: 4, 5, and 7 kW
• Stripping Beams Number: 2
• Stripping Beam Nominal Output Power: 500 W

• IPG Photonics Corporation, World Headquarters, Oxford, MA USA
• IPG Laser GmbH, European Headquarters, Burbach, DE
• Various regional offices worldwide including Russia, UK, Taiwan, Spain, South Korea, Singapore, Turkey, Czech Republic, France, Brazil, Italy, India, China, Japan, Mexico, and Poland

All product information is believed to be accurate and is subject to change without notice. Information contained herein shall legally bind IPG only if it is specifically incorporated into the terms and conditions of a sales agreement. The user assumes all risks and liability whatsoever in connection with use of a product or its application.