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Simple Operation and High Efficiency
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Modern computer technology |
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Parallel computer system with PC based hardware |
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High processor performance and large hard drive capacity |
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CD-ROM drive is standard; other drives are available on request |
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Standard 15" TFT monitor |
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Standard Universal network interface |
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Connection to the telephone network possible to enable remote diagnosis |
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Inexpensive hardware updates available |
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Extremely simple operation |
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Operating system Windows 2000 |
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Very short learning curve; all functions of the user interface are in one level |
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Extensive online support |
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The extension of the ISO standard for preparing command files allows simple and clearly structured automation with subprograms |
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Preparation of command files for 3D machining with the Röders RMS Commander software: |
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- Menu driven
- well-structured flow diagram
- No editor is required
- Direct monitoring of user inputs
- Comparison of the inputs with the machine status, for instance with the tool changer |
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Simple Windows Editor for programs of all sizes is standard |
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Röders CAM - Factory programming |
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Programming of simple geometries directly at the machine |
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Menu with choice of different machining applications, construction of work piece not necessary |
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Very simple input of parameters by menu technique |
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Open architecture for programming systems and techniques |
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Freely configurable ISO interface which can be used for all standard CAD/CAM systems |
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Spline interface to CAD/CAM systems |
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Factory programming system for 2D, 2.5D or 3D programming can be integrated |
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Complex programming with loops, conditions, user-defined PLC functions, system variables, machine parameters, mathematical operations etc. is possible for special applications |
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Infinite Interlacing of subprograms, loops and conditions |
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Standard NC functions |
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All types of coordinate transformations are possible (scaling, axis change, rotation, mirroring etc.) |
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Set-up via infrared 3D touch probe |
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- Standard cycles such as block center, hole center etc.
- Automatic alignment of the current coordinate system |
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2D radius compensation with collision monitoring |
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Temporary, pallet-specific or saved coordinate systems are freely accessible |
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Efficient simulator for visualizing both the cutter path and the machined 3-dimensional work piece with automatic zoom, pan and rotation functions. |
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Simple software for graphic cutting of extensive milling programs for machining smaller sections |
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Automatic operating data acquisition |
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- Recording of machining times of individual programs
- Total run time of the machine and utilization ratio |
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Drive technology developed by Röders |
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Special drive technology and software for highest possible dynamics and accuracy |
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The mechanical properties of the machines are analyzed and taken into account in the drive software structure |
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Vibrations are avoided and compensated for automatically |
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The drive technology is well-adapted to the mechanical characteristics of the machine, ensuring operation without any drag errors |
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Tool management |
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Measurement of diameter, length and contour in the high accuracy laser |
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Automatic contour detection and definition of the milling tool geometry |
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Milling tools are monitored in the high accuracy laser at regular intervals based on the milling distance |
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Tolerance-dependent automatic loading of replacement tools with automatic measurement |
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In the milling program for the loaded replacement tool, it is possible to return to the position of the last measurement in which the previous tool was still within the tolerance range |
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Breakage tolerance can be specified |
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Tool groups can be defined and the permissible wear tolerance can be defined (finishing / roughing) |
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Storage of tool life |
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3D measurement technique |
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Direct measurement of the machined 3D work piece contour on the machine with infrared 3D touch probe |
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Touch probe balls of all sizes can be used |
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IGES interface for loading the reference surface data |
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Simple programming of the points to be measured |
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Graphic display of 3D surfaces indicating the deviations |
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A measurement log is prepared automatically and indicates the tolerance deviations |
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Job management |
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Clearly structured job management for individual work pieces with corresponding programs; can also be used for multiple clamping in machines without robots |
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If tool breakage is detected, the current job is stopped and the next job of the job list is started |
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Interactive priority list with job and work piece parameters |
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A robot interface for automation with various types of robot systems is available |
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Integration of pallet identification with chips possible |
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Interfaces to job management and planning software of work shop available |
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