Company Overview
Meta has established itself as a prominent manufacturer of laser vision systems for welding applications globally, with a history spanning over 30 years. Originating from an original research project at Oxford University, the company has consistently focused on innovation in robot welding. Meta's expertise lies in developing advanced weld seam tracking, process control, and inspection systems that are widely adopted across various manufacturing sectors.
Advanced Welding Solutions
The company's product portfolio includes its unique DLS sensor family, which is recognized for its leadership in multipass Submerged Arc Welding (SAW) for demanding energy applications. These include the fabrication of pressure vessels, rotors, wind towers, and monopiles. For the automotive industry, Meta offers solutions such as the Smart Laser Pilot, which effectively controls robot weld paths in real-time for complex components like truck chassis, and can also be used for subsequent weld inspection.
Meta's DLS scanning spot laser sensor provides notable advantages for welding large, deep joints, particularly within energy sector applications. A recent project involved integrating the DLS and weld head slides with Lincoln PowerWave welding equipment for a nuclear vessel circumferential welder, providing operators with a unified control interface through the Meta VistaWeld screen. Furthermore, Meta is a market leader in applying laser sensors in the pipe industry, having developed innovative methods for controlling ID welds in small pipes using external sensors, which also measure mismatch on the OD weld joint, providing critical feedback and enabling automatic mismatch control.
Technological Innovation
Continuous innovation is evident with products such as the new version of its SLS ARC sensor, which features a 50mm field of view. Meta's solutions are designed to enhance precision, efficiency, and quality in welding processes, addressing complex manufacturing challenges with sophisticated laser vision technology.









