SINUMERIK 828D: High performance CNC control for ultimate accuracy and machining speed SINUMERIK 828D and SINAMICS drive and motors are perfectly tailored for state of the art milling machines. Powerful CNC-functions combined with a unique 80bit NANOFP Accuracy (80 bit floating point accuracy from the position control to the internal encoder resolution) enable highest work-piece accuracy at a minimum of machining time. With a flexible CNC programming language and the state of the art ShopMill machining step programming, single parts as well as large batch series can be programmed and machined with maximum effectiveness. Due to Advanced Surface, an innovative method of velocity and path control, SINUMERIK 828D also meets the demands of high sophisticated mold & die applications. Source picture and text: Siemens
Highest quality and reliability state-of-the-art:Improvements in technology, ergonomics and user friendliness assure efficient result in terms of machining workpieces. Technology specific programming of machining cycles with support of pictures and texts and Manual Guide i including 3D workpiece simulation.
Highlights:
The latest control offers milling operations, a 19'' TFT colour display and 3D-reproduction and programming graphics.
It is particularly suitable for Mill, HSC- and 5 axis operations at machines up to 6 axes.
Applications:
Simulations:
100 % identical behavior of machine and PC
Collision monitoring for clamps, parts, tools, tool holders and machine components
Collisions can be completely eliminated before they even happen
The machine's productivity is maximized
Perfect tuning of both tooling systems in the HYPERTURN
Resimulation and optimization of existing NC programs
Fewer rejects
Ideal for internal machining and operator training courses (no machine downtimes!
Very little training required, as identical with the machine's user interface
Filename | Date | |
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Vertical_milling_machine_E1200_750_01 | 21.08.2018 |
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3-х_осевой_фрезерный_станок | 13.11.2017 |
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Centre_d‘usinage_à_3_axes_CNC_E_1200_750 | 15.11.2017 |