![]() All settings have been grouped thematically so that a user spontaneously draws attention to the options that should be set. It also has support for files and short CSS inserts, which open up new options for advanced programmers. The screen editor built into simCNC allows you to create scalable screens in practicly any monitor format.Thanks to this, you can find many tutorials and free libraries on the web that extend its capabilities. Python scripting language is the most popular and developed scripting language in the world.This allows for a significant reduction in the roughing time and increasing precision of making corners during finishing. This effect is achieved thanks to configuring the corner cutting precision value from a gcode with the G64 P command (x is the precision value). Increased precision in making corners with a simultaneous reduction in processing time.S-curve velocity profile, guaranteeing several times greater acceleration without audible knocking in a drive system.Advanced motion algorithms that ensure high precision and smooth motion translated into quality of surface of a processed detail.The simCNC software is valued by users all over the world for its high precision, simple configuration, the use of the S-curve profile, as well as sophisticated algorithms for optimizing the trajectory of motion. You can check the FP4 sign on a front panel of your controller. SimCNC requires CSMIO/IP hardware version FP4 (since late 2014). The software’s interface is fast and responsive, so that it is always ready at your beck and call – as befits a tool that you enjoy using. The simCNC software was created on the basis of the newest solutions which allows it to work on all major system platforms: Windows, Linux and macOS. By controlling both software and hardware, we are able to provide a complete system, the components of which fit perfectly together and which configuration is kept to a minimum. That is why we have also created a family of CSMIO/IP controllers that use Ethernet network connection for communication with the computer and are based on fast microprocessors, and some of them additionally use proprietary hardware solutions in specialized FPGA chips. In combination with the aforementioned advanced analysis and mathematical optimization algorithms, it allows to obtain excellent surface quality, shorten the machining time and significantly reduce the wear of the machine tool mechanics.įor all this, advanced electronics are required that can process the movement data stream in real time and transmit it to the axis drives without distortion. In practice, it often takes fractions of a second, but it makes a huge difference that can be felt on any machine tool – light, heavy, amateur or professional. SimCNC brings the quality to an incomparably higher level, because in its calculations it takes into account that the acceleration changes gradually. This is commonly referred to as the “S” speed profile. ![]() On the other hand, high accelerations (> 1000 mm/s2) are practically not used with the trapezoidal speed profile. At low acceleration values of 100-1000 mm/s2, it is not very noticeable, but it causes, among other things, a worse quality of the treated surface and faster wear of mechanical elements which perceive acceleration jumps as impacts. This is the so-called trapezoidal speed profile. In many competing programs, motion is generated in such a way that the speed and position of the machine change smoothly but the acceleration changes in leaps and bounds. ![]() ![]() Many variables are taken into account, such as given tolerance, speed, accelerations and type of curvature to generate data for the controller and axis drives in such a way that the movement is accurate, smooth and fast. The program uses the popular, standard ISO G-Code trajectory description language, but when loading and working it analyzes every segment, arc or corner and practically recreates all shapes using advanced mathematical algorithms. The simCNC software is the result of our passion for numerical machines and years of hard work to achieve the ambitious goal – to create software that will provide users with the highest quality of movement, so far unprecedented in this price segment. ![]()
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