The PhotonWeld A-PRO-T55: Rugged, Rainproof Laser Welder Made Simple
Introducing the PhotonWeld A-PRO-T55: a handheld laser welder designed for ease of use and professional results, specifically suited for outdoor and mobile applications.
FEATURES
Rugged and rainproof: withstands harsh environments.
Intuitive controls: simple setup and operation, ideal for beginners and professionals alike.
High-quality welds: across various materials like stainless steel, carbon steel, galvanized sheet, and aluminium, up to 5.5mm thickness.
Powerful technology: unique gun design and "small core diameter" technology deliver exceptional welds, especially in copper.
Synergic control: automates settings for consistent quality and faster welding.
Compact and portable: lightweight with long cables for extended reach.
Designed for user needs: incorporating feedback from real users, the A-PRO-T55 tackles common welding challenges.
Easy control panel: features rotary dials for familiar feel and intuitive operation.
Synergic control: ensures consistent quality even for less experienced welders. Select material, thickness, and wire feed option for perfect welds.
Highly efficient cooling: inverter-driven compressor and heat pump reduce energy consumption by 60%.
Standard digital wire feeder: increases productivity and precision with fully digital control and 4-roller feed system.
Compatible with various wire types.
The PhotonWeld A-PRO-T55 is an ideal choice for:
- Professionals or hobbyists who value ease of use and portability.
- Applications requiring welding outdoors or in mobile environments.
- Welding diverse materials, including copper, for superior results.
Max Welding Penetration - Single side Welding | |
Stainless Steel | 5,5mm |
Carbon Steel | 5,5mm |
Galvanized Sheet | 5,0mm |
Aluminium | 5.0 mm |
Fibre cable length | 10m |
Power supply cable | 10m |
Weight | 41kg |
Dimensions (L-H-W) | 673-505-310mm |
Operating temperature | -20 ~ +60°C |
Power connection | 220V - Mono - 16A |
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Active cooling with Inverter driven compressor and servo driven ventilators.