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| Brand Name: | RUIDA |
| Model Number: | RDV6555G-NET |
| MOQ: | 1 |
| Price: | Negotiable - Inquire Within |
| Payment Terms: | L/C,D/P,D/A,T/T,Western Union,MoneyGram |
| Supply Ability: | 100 sets/day |
| Attribute | Value |
|---|---|
| Laser source | CO2 glass tube, CO2 RF tube and UV lasers |
| Y axis double drive | Support dual-drive output and have synchronous protection function |
| Laser control | Support PSO, PSV, PSP, FSP laser control methods |
| Axis | 5 |
| Laser channel | 1 |
| Communication | Ethernet, USB |
| Panel | 5" color screen + keys and 7" touch screen is optional |
| Feeding | Support visual array processing and roll to roll cutting |
| Camera | Cameras of 1.3 and 5 megapixels are available |
| Light source | LED red and white circular light source |
| Cutting | Mark point vision positioning cutting |
| Engraving | Support |
| Encryption | Support |
| Onboard clock | Support |
| Firmware | Support the remote upgrade of mainboard and panel program |
| Software | LSWorks |
| Language | 13 languages including English, Chinese, French, Russian, etc. |
| Size | Panel: L202mm*W145mm*H42.1mm Mainboard: L270mm*W157mm*H55mm |
The RDV6555G-NET is an advanced vision-guided cutting control system developed by Ruida Technology, building upon the robust foundation of the RDC6555G. This system incorporates a network camera and utilizes Mark point technology for image capturing, enhancing its precision in film cutting applications.
It boasts improved hardware stability, a rich array of motion control design schemes, and superior resistance to high voltage and electrostatic interference, ensuring reliable operation in various industrial environments. The human-machine operating system, based on a 5-inch LCD, offers a user-friendly interface coupled with powerful functionality, making it an optimal choice for high-precision cutting tasks.
Supports PLT, DXF, AI, DST and other file formats with display and edit functions. Includes image file import and processing capabilities.
Suitable for precision cutting of non-metal thin film materials, ceramic and high molecular materials, including:
