English  |
| Quantity: | |
|---|---|
RB-H6-3323-Z10
RBT
8465990000
The 5-Axis CNC Machining Center with Rotary Twin Table is designed for machining complex composite parts, molds, and three-dimensional components that require multi-angle cutting and precision surface finishing. With five-axis machining capabilities and a rotary twin-table configuration, the machine offers flexible workpiece positioning and efficient processing for a wide range of industrial applications.
1. 5-Axis CNC Machining Capability
The five-axis machining system enables cutting and milling from multiple angles, making it suitable for complex contours, curved surfaces, and components with intricate geometries. It helps reduce repeated workpiece repositioning and supports more efficient machining workflows.
2. Rotary Twin-Table Design for Higher Productivity
The rotary twin-table design allows one worktable to perform CNC machining while the other is positioned outside the machining area for workpiece loading and unloading. Once machining is completed, the tables switch positions, allowing the next workpiece to be processed with minimal interruption. This efficient workflow reduces loading and unloading downtime, improves machine utilization, and helps increase overall production efficiency.
3. Composite Parts Machining
Suitable for machining compatible composite materials, including fiberglass-reinforced plastic (FRP), carbon fiber composite materials, and other engineered composites. Typical applications include composite panels, shaped components, structural parts, and custom industrial products.
4. Mold Machining and Complex Surface Processing
The machine can be used for mold machining, prototype production, and the processing of complex three-dimensional surfaces. It supports machining tasks that require multi-angle tool access and accurate contour finishing.
5. Flexible Industrial Applications
With its multi-axis machining capability and adaptable workholding configuration, the machine can be configured for different workpiece shapes, sizes, and production requirements.
6. Fully Enclosed Design with Dust Collection Compatibility
The fully enclosed design helps contain machining chips and debris within the machining area, reducing the spread of dust and particles into the surrounding workspace. The machine can also be connected to an external dust collection system to extract machining dust and debris, helping maintain a cleaner working environment and improve workshop cleanliness.
Technical parameters
No. | items | parameter | No. | items | parameter |
1 | product name | 5 Axis Cnc Machining Center with Rotary Twin Table | 9 | Z axis maximum speed | 20m/min |
2 | model | RB-F5-3323-Z10 | 10 | Repeat accuracy (within 300mm) | ±0.05mm |
3 | X axis effective stroke | 3250mm | 11 | voltage | 380V |
4 | Y axis effective stroke | 2250mm | 12 | total power | 25.35KW |
5 | Z axis effective stroke | 1000mm | 13 | spindle power | 17KW(customizable） |
6 | B-axis rotation angle | ±120° | 14 | Frequency | 50HZ |
7 | C-axis rotation angle | ±540° | 15 | weight | subject to actual |
8 | X/Y axis maximum speed | 40m/min | 16 | size | subject to actual |
Applicable industries and materials
Industries: Mold manufacturing, composite material processing, and thick sheet thermoforming processing in industries such as aerospace, rail transit, automotive interior and exterior,energy and building, marine, packing, medical, patterns and moulds, and sanitary ware.
Materials: Different types of composite materials include carbon fiber, glass fiber, and carbon/carbon. Plastics such as ABS, PVC, PC, PP, PS, PE, PET, HDPE, PETG, and acrylic are also commonly used. Additionally, there are other materials like high-density sponge, styrofoam foam, wood, stone, plaster, MDF, and resin.
RBT factory production site and team
