CNC VMC Simulator
CNC milling machine simulator
￦4,400
1.0.23for iPhone, iPad and more
Age Rating
CNC VMC Simulator 스크린 샷
About CNC VMC Simulator
The CNC milling machine simulator is a multimedia application designed to provide a basic introduction to beginner mechanical engineering professionals with the principles of programming operations for milling parts using a standard (ISO) G-code.
The main task of the application is syntactic analysis (parsing) of the code of control programs in order to build a graphical model of cutting tool trajectories in three-dimensional space.
The main functions of the application: editing the code of the control programs of the milling machine, operations with files of control programs, setting the geometric parameters of the cutting tool, continuous/step-by-step execution of blocks of control programs, three-dimensional visualization of tool movements in the working space of the machine, simplified visualization of the machined surface of the part, calculation of processing modes, a quick reference guide to using G-code.
The main limitations of the application are: low accuracy of cutting surface modeling, the impossibility of using polygonal geometry as a workpiece, a simplified model of machine tooling elements.
The main task of the application is syntactic analysis (parsing) of the code of control programs in order to build a graphical model of cutting tool trajectories in three-dimensional space.
The main functions of the application: editing the code of the control programs of the milling machine, operations with files of control programs, setting the geometric parameters of the cutting tool, continuous/step-by-step execution of blocks of control programs, three-dimensional visualization of tool movements in the working space of the machine, simplified visualization of the machined surface of the part, calculation of processing modes, a quick reference guide to using G-code.
The main limitations of the application are: low accuracy of cutting surface modeling, the impossibility of using polygonal geometry as a workpiece, a simplified model of machine tooling elements.
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최신 버전 1.0.23의 새로운 기능
Last updated on Oct 19, 2023
오래된 버전
1. Added syntax highlighting
2. The position of the machine zero has been changed
3. Added function for linking tool and workpiece
2. The position of the machine zero has been changed
3. Added function for linking tool and workpiece
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Version History
1.0.23
Oct 19, 2023
1. Added syntax highlighting
2. The position of the machine zero has been changed
3. Added function for linking tool and workpiece
2. The position of the machine zero has been changed
3. Added function for linking tool and workpiece
1.0.22
Mar 7, 2023
- Updated G-code interpreter;
- Added new commands G65, G29, G73-G89, chamfer C, rounding R;
- Added the ability to use multiple M-codes in one block;
- Updated parser for algebraic expressions (applied "Reverse Polish notation" method);
- Added debugging mode of the control program with the output of the estimated processing time;
- Optimized the algorithm for simulating the movement of the cutting tool;
- A new system for rendering trajectories has been developed;
- Updated built-in help system;
- Optimized the graphical part of the application.
- Added new commands G65, G29, G73-G89, chamfer C, rounding R;
- Added the ability to use multiple M-codes in one block;
- Updated parser for algebraic expressions (applied "Reverse Polish notation" method);
- Added debugging mode of the control program with the output of the estimated processing time;
- Optimized the algorithm for simulating the movement of the cutting tool;
- A new system for rendering trajectories has been developed;
- Updated built-in help system;
- Optimized the graphical part of the application.
1.0.18
Dec 1, 2022
- Fixed rounding errors in MacroB arithmetic expressions;
- Added programming mode in polar coordinates (G16/G15);
- Added alternative comparison operators;
- Added the function of adjusting the height of the workpiece when fixing in a vice;
- Updated the appearance of the simulation model.
- Added programming mode in polar coordinates (G16/G15);
- Added alternative comparison operators;
- Added the function of adjusting the height of the workpiece when fixing in a vice;
- Updated the appearance of the simulation model.
1.0.17
Aug 1, 2022
- Fixed a problem with shader rendering of the workpiece.
- Optimized cutter movement algorithm on arcs of small radius.
- Fixed bugs in MacroB math operations.
- Fixed errors when constructing arcs in the XZ plane.
- Fixed bugs with the rotation of the coordinate system.
- Added tool names.
- Added models of technological equipment for fixing the workpiece.
- Optimized cutter movement algorithm on arcs of small radius.
- Fixed bugs in MacroB math operations.
- Fixed errors when constructing arcs in the XZ plane.
- Fixed bugs with the rotation of the coordinate system.
- Added tool names.
- Added models of technological equipment for fixing the workpiece.
1.0.16
Jul 31, 2022
- The algorithm for correcting the speed of the cutter on arcs of small radius has been optimized.
- Fixed error processing arithmetic operations when subtracting negative numbers.
- Fixed error in processing the operation of comparing a positive number with a negative one.
- Fixed the error of multiplying trigonometric functions by a number/variable/expression.
- Fixed the problem of choosing the direction of the arc when constructing arcs in the XZ plane (G18).
- Fixed the error of execution of an external subroutine after the completion of a loop with a precondition.
- Fixed errors in calculating the internal equidistant when connecting several arcs.
- Fixed the problem of zeroing the angle of rotation of the coordinate system when calling the G69 command.
- Added the ability to perform more than one assignment operation in one block, including in conditional expressions.
- Added tool names.
- Added models of technological equipment for fixing the workpiece.
- Fixed error processing arithmetic operations when subtracting negative numbers.
- Fixed error in processing the operation of comparing a positive number with a negative one.
- Fixed the error of multiplying trigonometric functions by a number/variable/expression.
- Fixed the problem of choosing the direction of the arc when constructing arcs in the XZ plane (G18).
- Fixed the error of execution of an external subroutine after the completion of a loop with a precondition.
- Fixed errors in calculating the internal equidistant when connecting several arcs.
- Fixed the problem of zeroing the angle of rotation of the coordinate system when calling the G69 command.
- Added the ability to perform more than one assignment operation in one block, including in conditional expressions.
- Added tool names.
- Added models of technological equipment for fixing the workpiece.
1.0.15
May 16, 2022
Added the ability to use included loops WHILE...DO...END.
1.0.14
Apr 12, 2022
Fixed inaccuracies in interface localization
1.0
Apr 7, 2022
CNC VMC Simulator FAQ
CNC VMC Simulator는 다음 제한 국가 이외의 지역에서 제공됩니다.
China
CNC VMC Simulator은 다음 언어를 지원합니다. 영어
제한된 국가 또는 지역에서 CNC VMC Simulator를 다운로드하는 방법을 알아보려면 여기를 클릭하십시오.
CNC VMC Simulator의 최소 요구 사항을 보려면 다음 목록을 확인하십시오.
iPhone
iOS 11.0 이상 필요.
iPad
iPadOS 11.0 이상 필요.
iPod touch
iOS 11.0 이상 필요.
