Wiki source code of Чем PUMOTIX лучше других ЧПУ систем?
Last modified by writer on 2023/09/06 19:50
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| 1 | (% class="box infomessage" %) | ||
| 2 | ((( | ||
| 3 | **//PUMOTIX CNC system is an innovative Russian product not inferior in capabilities to professional CNC systems of worldwide reputation. The software has simple and intuitive multi-language interface and variety of features allows to minimize reject and make work process fast and convenient.//** | ||
| 4 | ))) | ||
| 5 | |||
| 6 | == General features: == | ||
| 7 | |||
| 8 | * client-server architecture provides agility of CNC configuration and control. You can control several CNC machines from one workplace; | ||
| 9 | * efficient processing of large G-code files. G-code size is limited on modern computers by available RAM memory. Many other CNC systems hang or crash trying to load large G-code files. | ||
| 10 | * innovative mathematical algorithm of 9D path interpolation supporting [[three path control modes>>doc:Руководство пользователя.Особенности функционирования системы.Поддерживаемые режимы движения по траектории.WebHome]]: | ||
| 11 | ** **ExactStop** - exact trajectory passing with full stop in the corners - very slow but maximally accurate; | ||
| 12 | ** **Exact Path** - exact trajectory passing with maintaining maximal available velocity; | ||
| 13 | ** **Continuous Velocity (CV)** - maintaining maximal velocity on turns by deviation from path with specified tolerance which can be specified in G-code directly; | ||
| 14 | * adaptive interface and sensor screen support provides convenience of working with the system on all modern PC; | ||
| 15 | * 3D surface G-code visualization allows to view willing part's appearance on the preparation work stage; | ||
| 16 | * advanced support for remote controls (remotes and even gamepads). Their agile configuration is available just out of box; | ||
| 17 | * fast system response on G-code stop command without coordinates loss; | ||
| 18 | * ability to continue G-code execution after stop even from middle of the G-code line; | ||
| 19 | * several preparation move options to configure system behavior on G-code execution continuation; | ||
| 20 | * automatic feedrate adjustment depending on stock's diameter when processing cylindrical surfaces; | ||
| 21 | * loaded G-code's state is automatically stored between work sessions; | ||
| 22 | * ability to execute custom macros on G-code execution start and stop; | ||
| 23 | * G-code execution time calculation is performed considering feedrate override value; | ||
| 24 | * product is actively developed, friendly technical support is available, in English as well. | ||
| 25 | |||
| 26 | == Plasma cutting features: == | ||
| 27 | |||
| 28 | * Probe Radius allows to skip probing process and start piercing immediately if current position is within certain range from previous probing point; | ||
| 29 | * The Fast Approach quickly moves down in the beginning and then slows to accurately determine Z position; | ||
| 30 | * automatic slowdown on arcs improves cut quality in the corners and substantially reduces circles taper; | ||
| 31 | * when torch's arc fails or collision sensor triggers system instantly stops G-code execution and preserves the possibility to continue execution from that place what allows to finish contour and minimize reject; | ||
| 32 | * Smart Burn feature allows to substantially extend consumables life raising nozzle tip over material after ArcOK to prevent possible damage from splashes of molten metal; | ||
| 33 | * "Auto-Voltage mode" is available. It is used if the desired voltage is certainly unknown but torch-to-work distance is known. The actual voltage will be captured automatically after the start of XY-movement at a given torch-to-work distance; | ||
| 34 | * instant response of the control system to changes in cutting parameters during g-code execution; | ||
| 35 | * convenient diagnosis of the causes of the THC locks; | ||
| 36 | * instant system response to most cnc machinist control actions; | ||
| 37 | * list of configurable THC locks are present (including turning lock on and off from g-code program e.g. at lead in and leadout); | ||
| 38 | * library of cutting presets for quick loading of cutting parameters when changing metal type or thickness; | ||
| 39 | * execution of the G-code in simulation mode (moves at XY plane without turning on the cutting head); | ||
| 40 | * list of available THC modes: | ||
| 41 | ** torch height controller by Purelogic R&D (THC1 and other); | ||
| 42 | ** up/down mode (to support third-party THC controllers via UP and DOWN signals); | ||
| 43 | ** manual Z-height controller (cnc machinist shoud use keyboard shortcuts or cnc pendant controls). | ||
| 44 | |||
| 45 | {{info title="**Attention please**"}} | ||
| 46 | "Probe Radius" and "Probe Start Height" features allow you to reduce the total g-code execution time by up to two times in comparison with other CNC systems. | ||
| 47 | {{/info}} | ||
| 48 | |||
| 49 | == Gas (oxy-fuel) cutting features: == | ||
| 50 | |||
| 51 | * execution of the G-code in simulation mode (without ignition of the gas torch); | ||
| 52 | * instant response of the control system to changes in cutting parameters during g-code execution; | ||
| 53 | * smart control of metal preheating (automatic and manual preheating mode); | ||
| 54 | * fully automatic control of shutoff valves (to minimize the possibility of cnc machinist error); | ||
| 55 | * library of cutting presets for quick loading of cutting parameters when changing metal type or thickness; | ||
| 56 | * list of available THC modes: | ||
| 57 | ** external standalone THC controller for gas cutting; | ||
| 58 | ** manual Z-height controller (cnc machinist shoud use keyboard shortcuts or cnc pendant controls). |