Ruida RDC6612U CO2 Laser Controller for Cloth Processing with Double Cantilever Asynchronous Cutting

The RDC6612U series represents Ruida Technology's latest innovation in dual-axis laser cutting control systems, engineered for high-efficiency industrial applications. Available in two models: the standard RDC6612U and the advanced RDC6612U-DFM with panoramic vision capabilities.

Key Functions and Capacities

Key Features & Benefits:

• Dual Coordinate System Technology
• Supports Double-beam and double-cantilever configurations
• Independent asynchronous cutting control
• Up to 4 synchronized laser heads per XY coordinate system
• Maximum processing flexibility

Since its establishment in 2008, Ruida Technology has focused on independent R&D and services in motion control, machine vision, laser applications, and core automation components. We prioritize independent R&D and innovation, respond to customer needs, and emphasize quality, providing products and services with a distinct competitive advantage for our clients.

Our core R&D team consists of motion control and opto-mechatronics professionals who develop cost-effective solutions ranging from simple to complex applications. In 2006, our company was recognized as a 'National High-tech Enterprise' and received ISO9001:2005 certification for our Quality Management System.

Our products have gained widespread recognition both domestically and internationally. Our portfolio includes low-power CO2 laser cutting systems, high-power fiber laser cutting solutions, and precision marking equipment, with successful deployments across Southeast Asia, India, Latin America, Europe, and North America. Beyond delivering standard and customized products, Ruida specializes in developing advanced proprietary core technologies tailored to specific industry requirements.

We have a professional pre-sales and after-sales technical support team to provide clear feedback channels, respond to customers’ demands the whole day and offer product service from model selection to maintenance.