Siemens Tecnomatix Realnc v8.6.0 | 548 MB
Siemens PLM Software released its latest edition of Tecnomatix RealNC, is an offline tool for detailed analysis and optimization of NC programs.Depending on the batch size (job-shop or largevolume), reduction of setup times or shortening of cycle times are the two major use cases. RealNC enables the user to identify and to realize potential savings in machining processes at an early stage. Thus RealNC is an essential tool for production planning from job-shop to volume production.

Optimization of NC programs for large-volume production
Machining cycle times have a direct impact on production costs and thus are an ongoing subject of production optimization. There is continuous demand of cycle time reduction in the field of large-volume production, either before the start of production in order to meet cycle time goals, or after the start of production in order to increase throughput without adding additional production resources. Possible improvements, such as toolpath optimization, changes of the tool strategy or fixture design optimization quite often can not be implemented, because machine tools are exclusively allocated to the production and are not available for online implementation and testing.
Reduction of setup times
Testing NC programs often significantly reduces available machining capacity, especially when manufacturing complex workpieces in single or small batch sizes. A major reason for this situation is program errors, which can not be detected while writing the program due to insufficient simulation capabilities in the programming environment. As a consequence, program verification exclusively takes place at the machine, when running the program for the first time. eM-RealNC provides the perfect environment to detect program errors offline at a very early stage. The benefits are reduction of setup times and cost savings by avoiding collisions and damage to machines, fixtures and tools. In addition, RealNC helps increase available machining capacity by significantly shifting program testing from the machine to the offline simulation environment.
NC simulation of post-processed G code
Today most CAM systems provide simulation capabilities. Within these systems simulation typically is based on a generic representation of the machining process instead of machine-specific, post-processed G code. This results in significantly limited simulation capabilities: errors created by the post-processor cannot be detected, the accuracy of cycle time calculation is insufficient for optimization and the simulated toolpath geometry deviates too much from reality. In total, simulation results based on non post-processed G code are not reliable enough, and the simulation does not realize potential benefits. For this reason, NC simulation in RealNC is always based on machine-specific G code executed by accurate and comprehensive controller models.

Product: Siemens Tecnomatix RealNC
Version: 8.6.0.39
Supported Architectures: 32bit / 64bit
Language: english
System Requirements: PC
Supported Operating Systems: Windows 7even / 8.x / 10

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