Builtin laser intelligent control Builtin laser intelligent application system simplifies setup and operation so even novices can use the tool confidently. Automatic guidance improves accuracy and reduces setup time. Ergonomic onehanded design Lightweight body (2.2 lbs) with a comfortable, antislip grip for precise, fatigue onehanded operation. Designed to reduce wrist strain during extended use and to give steady control in tight or awkward spaces. Realtime visual window Side split visual window lets you monitor tool status and the working area during use, helping maintain a stable, safer welding process and improving overall efficiency. 3in1 functionality: welding, cutting, rust removal One machine performs welding, cutting, and rust removal across a variety of metal materials, eliminating the need for multiple tools and making it suitable for diverse industrial and maintenance tasks. Key attributes and performance Functions: welding, cutting, rust removal Control: builtin laser intelligent system for guided, consistent results Design: onehanded ergonomic, antislip grip Weight: 2.2 lbs for easy handling and reduced operator fatigue Compatibility: suitable for a variety of metal materials and different industrial scenes Safety and efficiency: side visual window for realtime monitoring to help ensure stable, safe operation Practical use scenarios Automotive : precise welding and rust removal on body panels and tight seams without switching tools. Metal fabrication and small workshops: fast cutting and welding for custom parts, brackets, and repairs where space and tool changeover time are limited. Onsite maintenance and industrial : single compact tool for field repairs, rust remediation, and component cutting in machinery and structural maintenance. Why choose this tool Saves time and workspace by combining three functions into one compact, easytohandle device. Lowers learning curve with laserguided controls—suitable for both experienced technicians and beginners. Improves safety and consistency through realtime visual monitoring and ergonomic design for longer, more controlled operation.