DOWNLOAD PDF VERSION |
Exceptionally Precise, Fine Quality models |
Inspect the elegant curves, smoothness and overall design of a cosmetic bottle both visually as well as by touch | |
Check the precision of joined components such as this nut and bolt |
Specifications | |
Import file format | Rhino File (Rhinoceros 1.0, 1.1, 2.0, 3.0, 4.0), DXF file (3D polygon mesh data only), IGES file (Preferably IGES V5.1 converted by JAMA-IS), and STL file (Binary and ASCII formats) |
Saving file format | SRP Player Pro format (.spp) |
Output code | G-code (Compatible with FANUC G-Code with some exceptions),and RML-1 (Roland Machine Language) |
NC Setting | ATC (Automatic Tool Changer), Rotary Axis unit |
Roland SRP Player Pro System Requirements | |
Operating system | Windows Vista® Business (32-bit edition), Windows® XP Professional Service Pack 2 (32-bit edition) |
CPU | Intel® Pentium® 4 or faster |
RAM | 1024 or more is recommended |
Free hard-disk space | 2GB or more (800MB or more for virtual storage) |
Connectivity | USB Port required (for Hardware Security Key) |
Compatible Roland 3D Milling Machine | MDX-540, MDX-540S, MDX-540A, MDX-540SA, MDX-40, MDX-20, MDX-15,MDX-650(Discontinued), MDX-500(Discontinued), |
Others | 500(Discontinued), Pointing device, CD-ROM drive |
Beautifully precise output | |||||||||
Unique method generates smooth, accurate cutter locations SRP Player Pro ensures highly efficient milling, using CAD data to generate the cutter locations. It creates smooth surfaces directly from the original CAD data. |
|||||||||
|
|||||||||
|
Selects cutting area to fit design: For greater operating efficiency, SRP Player Pro generates the right cutter locations for the targeted sections whether they are square, circular or polygon shaped. |
||
Optimizes cutter locations for finishing process SRP Player Pro automatically generates the most efficient cutter locations for each of the different tools used. Larger radius tools are used to finish most of the surface area, while smaller tools are selected for fine details such as corners and indentations. This process ensures maximum throughput while maintaining the model’s fine details and smooth surface. |
||
|
|
Intuitive workflow with easy-to-follow wizard
Simplify multifunctional CAM settings by following these steps to generate cutter locations
1st Step | |
Define work area |
2nd Step
|
|
Set up milling process parameters |
3rd Step | |
Generate cutter locations |