Used NEWPORT LaserWeld Series 4000 #9033447 for sale

NEWPORT LaserWeld Series 4000 is an industrial welding equipment designed to meet the needs of laboratories and engineering research and development environments. The system is capable of delivering precise, repeatable, and high-quality welds for a wide range of materials and thicknesses up to 400mm in thickness and up to 12m in length. It is a complete unit consisting of multiple components such as a welding table, an electronic control machine, a laser power supply, a welding torch, and a safety interlock tool. The welding table features a robust steel construction with high-temperature coatings and is utilizes a guiding asset to ensure the repeatable accuracy and consistency of all welds. The digital electronic control model allows for precise and precise control of the laser power supply, which is capable of delivering outputs from 0.2-4kW. The laser power output is accurately regulated by a 16-bit closed-loop control equipment with a feed forward control algorithm. The welding torch features a two-axis configuration for a precise control of welding gap, current, and frequency. The dual stage pneumatic welding spring with adjustable starting and welding force allows for precise control of the start and end of each weld. An integrated touch-screen controller allows the user to create, store, recall, and run detailed welding processes and reports. The system also offers adaptive force and arc control technology to optimize arc conditions as welding parameters are changed. Safety is also paramount on LaserWeld Series 4000. An integrated safety interlock unit prevents the start of the laser if the front door is opened. A digital display informs the user of the current welding mode and displays warnings and error messages. The entire machine is enclosed in a spark-resistant steel frame and isolated to reduce noise. All components on NEWPORT LaserWeld Series 4000 have been specifically designed to meet the highest standards in industrial safety and performance. This ensures reliable and repeatable welds with minimal waste and downtime. The robust construction and advanced electronics also make this tool an ideal research and development platform for a wide range of laboratory and industrial applications.