Shenzhen Ruida Technology Co., Ltd.
Creative Outstanding Simple but Distinctive
Add to Cart
Ruida RDD6616U-DFM Double Beam Large Format Visual Image Knife Cutting System
RDD6616U-DFM is a dual coordinate system tool cutting controller with tool direction following control function independently developed by Ruida technology. RDD6616U(-DFM) integrates the processing methods of vibrating cutter, circular cutter, milling cutter, pressing wheel and other tools. Besides,it integrates automatic feeding, ultra-wide segmentation cutting, circular punching without direction, V-shaped punching with direction, brush processing and red light positioning. The controller supports double coordinate systems asynchronous processing in double beams ( dual Y axes) or double cantilevers mode (dual X axes). In the meanwhile, all the coordinate systems support synchronous processing. What’s more, it supports Mark point vision positioning cutting, large format panoramic visual cutting and projection cutting.
Key functions and features:
• Full Functionality: Supports all functions of the standard controller.
• High Precision Positioning: Ensures precise positioning for various applications.
• Feature and Mark Point Recognition: Supports the recognition and positioning of feature points and auxiliary mark points.
• Vision Cutting: Enables mark point vision cutting for more accurate cutting operations.
• Irregular Materials Cutting: Allows matching and cutting of irregular materials.
• Projection Cutting: Supports projection cutting for enhanced flexibility in operations.
Precision and Accuracy: With high precision positioning, our technology enhances the accuracy of feature recognition and Mark point positioning, reducing errors in operations.
• Versatile Cutting Solutions: Our vision cutting capabilities allow for efficient handling of irregular materials and various cutting methods, providing flexibility for diverse applications.
• Enhanced Efficiency: The combination of precision positioning and advanced cutting techniques leads to improved productivity and reduced material waste.
.