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Learn how to use variables to circlemill a bore without having to write new g-code when changing tool diameter or bore diameter. O0001 (CIRCLE MILLING USING VARIABLES) #100=2. (#100 IS DIA OF CIRCLE) #101=.5 (#101 IS DIA OF TOOL) (TOOL # AND H# SHOULD BE THE SAME) (CHANGE RPM AS NEEDED) (CHANGE FEED RATE AS NEEDED) N100 G0G90G17G40G80G49G20 G91G28Z0. T1M6 (T# SHOULD MATCH H# BELOW) S1000M3 (RPM MAY NEED CHANGING) G90G0G54X0.Y0. G43H1Z2.M8 (THE H# SHOULD MATCH TOOL # ABOVE) G0Z.1 G1Z-.1F20. G1X0.Y [#100/2-#101] F10. (CHANGE FEED HERE) G3X0.Y[#100/2-#101/2]I0.J[#101/4] G3X0.Y-[#100/2-#101/2]I0.J-[#100/2-#101/2] G3X0.Y[#100/2-#101/2]I0.J[#100/2-#101/2] G3X0.Y[#100/2-#101]I0.J-[#101/4] G1X0.Y0. G0Z2. G91G28Z0.M5 G28Y0.M9 G90 M30 %
You all have asked for it, and here it is! Donnie's first video simplifying Macros on a CNC machine. Specifically Tornos' SWISS GT 32. To start out this Macro Series the first macro we will cover is a Tool Counting Macro. Programming Macros made simple. Macros make the difference between a GOOD Machinist and a MASTER Programmer. Tornos - 🤍 0:00 Tornos SWISS GT 32 0:06 What is a Macro? 1:30 Macro Programming on CNC Machine 2:56 Tool Counting Macro 4:10 Comparison Operators 8:17 Macro Program Overview 9:42 Swapping Kennametal CNMG Inserts 10:10 Titansofcnctooling.com 10:23 CNCExpert.com 11:20 Torno's Switzerland Machine Shop Facility Help us fund FREE Education by purchasing tools seen in our videos here: 🤍 Create your free CNCEXPERT profile here: 🤍 FREE CNC Machining Academy: 🤍 FREE Aerospace Academy: 🤍 FREE Grinding Academy: 🤍 Subscribe for daily content and expert knowledge: 🤍 _ _ Follow us on Instagram: 🤍 Like us on Facebook: 🤍 Join the conversation on our Facebook Group: 🤍 Connect with us on LinkedIn: 🤍 _ _ THANK YOU to our Partners who make this content possible: Kennametal - 🤍 Heller C Series - 🤍 Heller HF Series - 🤍 DN Solutions - 🤍 United Grinding - 🤍 Mastercam - 🤍 Tornos - 🤍 Blaser Swisslube - 🤍 Solidworks - 🤍 Trumpf - 🤍 Markforged - 🤍 Tyrolit - 🤍 Mitutoyo - 🤍 Haimer - 🤍 Schunk - 🤍 Kaeser Compressors - 🤍 #CNC #Machining #Machinist
myCNC tutorial - CNC variables CNC controllers myCNC - 🤍
When we start to program G-Code with macros the fun really starts. There is an updated version of this video here: 🤍 Here I explain how to use variables within our CNC program on controls that have Macro B enabled. In this lesson, I show how we can write a program to machine a family of parts that have different dimensions. We can do this by assigning variables at the beginning of the program. We can change these variables to the dimensions of the part that we wish to produce. This is part of a course available at 🤍 Get started for free! Here is a 20% off coupon code for any course at 🤍 Just enter 20YT2020 on the payment page.
In this video I explain what common variables are and demonstrate how they can be used in a CNC program. 00:00 Intro 00:10 How to add the variable window to NC Plot 00:22 What are common variables 01:59 Setting variables 02:26 Variables in equations To see variables being used in a CNC lathe program watch: 🤍
Explicacion sobre el uso de variables, macros y bucles en un programa CNC sencillo (codigo EIA). Ejemplo de programacion CNC utilizando variables y bucles. Control numerico computarizado en español. Mas videos con macroprogramacion: 🤍 🤍 🤍 🤍 🤍 🤍 Saludos!
🤍GCodeTutor demonstrates how to remove a large amount of material writing only 9 lines of G-code. As we saw in other videos in this series of CNC programming tutorials, Macro B variables are a great way to simplify your G-code programs and make them easier to read and modify. In this video, Marc Cronin shows how to write a Macro program using a WHILE loop. To learn more about G-code and CNC macro programming, visit Gcodetutor.com (🤍 Stay tuned for more machining videos! ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Recommended CNC programming books: Fanuc CNC Custom Macros - 🤍 CNC Programming Handbook - 🤍 CNC Programming Techniques - 🤍 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Practical Machinist is the largest and most engaged metalworking community across the web. With more than 160,000 registered members and 300,000+ social media followers, Practical Machinist is the easiest way to learn new techniques, get answers quickly, and discuss common challenges with your peers. Visit Practical Machinist today to join the community and start connecting with your peers. Become a Practical Machinist member (🤍 Like us on Facebook (🤍 Follow us on Instagram (🤍 Follow us on Twitter (🤍 Connect with us on LinkedIn (🤍 #Gcode #CNCprogramming #macroprogramming
Macro variables within CNC Machinist calculator app. 🤍cncdirt.com
In this video you'll learn how to includes variable(s) on NC file and referencing it from a global variable, this variable is very usefull for programming CNC as well as R Parameter. Previous CODESYS SoftMotion CNC video: 🤍 Music: 🤍bensound.com
See Below for Video Timeline: As a result of the popularity of our first variable programming webinar, we’ve created this next seminar as a continuation of the topic. We will explore deeper into the structure and the use of logic statements, the creation and re-mapping of custom M- and G-codes, as well as custom alarms and messages. Next, we’ll apply these new skills to the creation of a custom cycle, which will allow machine users to push variables from a main program to a sub-program. By the end of our session, you‘ll gain a much more in-depth understanding of variable programming. Video Timeline: 00:05:00 Overview 00:05:50 Reference Material 00:08:23 Initial Cycle 00:09:55 Basic Rules 00:12:50 Calling a Subprogram 00:13:32 User Cycles Memory 00:22:24 Creating Custom M-codes 00:29:46 Using a PROC Statement 00:37:58 Adding Conditional Logic 00:49:02 Pushing values into a subprogram (cycle) 00:57:14 Error checking in cycle 01:03:55 Adding tool change functionality to cycle 01:09:00 Validating user input 01:15:40 Custom Alarms 01:20:44 Working with String variables 01:25:02 Q&A session #MRCNC #SINUMERIK
Having a look at Fanuc Macro B Programming. We'll go through a very basic program to provide an introduction into what you can do with macro programming. I'm going to focus on the Fanuc Macro B language since it happens to be very common control and the Haas macro language is pretty much exactly the same. In the accompanying video, the software being used is Cimco Edit 8. Another popular software for simulating your macro programs is NCplot. Here are links to both of those softwares... 🤍 🤍 In the example, I start with a very basic gcode program that profiles a rectangle that is 6"x4". From there input those length and width values into variables. #1=6.0 #2=4.0 Now instead of calling X6.0 in the program, you can call X#1. Same goes for the Y location, instead of Y4.0 we're calling Y#2. So why would you want to do this? Typing X6.0 is pretty much the same as typing X#1. The reason is flexibility. You can now simply edit the variable values and the program will automatically update to the new sizes. In the example, there is only one callout for variables 1 and 2 so this is not a great example just yet but we can increase the complexity a bit and then maybe show some of the power of fanuc macro b programming. In the example, I add in a radius at one of the corners and a new variable to hold the size of that radius. In the program, to cut this radius correctly the original command of X#1 needs to be updated to stop short of the end of the part. It needs to stop short by the size of the defined radius. We can use macro math functions for this. When doing math, otherwise referred to as an equation, we need to encase it in square brackets [ ]. Our equation will look like this... X[#1-#3] This will set the value for X to whatever #1 - #3 is. Using math inside of your programs will unleash some amazing capabilities for you. Even if you do not completely use macro programming, these equations are still valuable. Trying to figure out the feedrate for a tap? Lets pretend a mill is used, so inches per minute are needed, using a 1/2-13 tap running at 200 rpm....for the G84 canned cycles F values you can type in F[1/13*200] no need for a calculator! Keep an eye out for video 2 on Fanuc Macro B Programming! 🤍 See other blog posts 🤍 Check out our website 🤍 #Mastercam #LearnCNC
Cnc Macro Program For Fanuc application creates a Macro Program output with the value input you specify by following the coded truck application rules for educational purposes.
Let's take a look at how to use conditional statements when CNC programming with G-code macros. Conditional statements in CNC programming are used when we want to compare two values and act upon the results. A typical program where we might use a conditional statement would look like this: IF [#200 EQ 5] GOTO 310 GOTO 20 The statement above tells the CNC machine to go to line 310 (GOTO 310) that if the variable #200 is equal to 5 (our conditional statement) or go to line 20 if the conditional statement is not true. In order to work, conditional expressions must be enclosed within square brackets, and compare two operands (such as a # variable or a number) through a comparison operator. The example above shows the comparison operator EQ (equal to). Other common comparison operators are: NE = Not equal to GT = Greater than LT = Less than GE = Greater or equal to LE = Less than or equal to To learn more about G-code programming, visit Gcodetutor.com (🤍 Stay tuned for more machining videos! ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Recommended CNC programming books: Fanuc CNC Custom Macros - 🤍 CNC Programming Handbook - 🤍 CNC Programming Techniques - 🤍 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Practical Machinist is the largest and most engaged metalworking community across the web. With more than 160,000 registered members and 300,000+ social media followers, Practical Machinist is the easiest way to learn new techniques, get answers quickly, and discuss common challenges with your peers. Visit Practical Machinist today to join the community and start connecting with your peers. Become a Practical Machinist member (🤍 Like us on Facebook (🤍 Follow us on Instagram (🤍 Follow us on Twitter (🤍 Connect with us on LinkedIn (🤍 #Gcode #CNCprogramming #macroprogramming
SINUMERIK live #16.2 How to maximize the scope of CNC language commands | User variables Previous episode SINUMERIK live #16.1 Flexible CNC programming | Benefits: LINK Next episode SINUMERIK live #16.3 Flexible CNC programming | Mathematical operations: LINK
Let's learn. It's Skill India Initiative.
How to maximize the scope of CNC language commands Handling of text variables and log files 00:00 Intro 00:53 Topics 01:27 String type variables 03:17 Chaining strings 05:19 Reading the current program name 06:46 Logging of text variables 08:23 The log file 09:24 Logging in the calling main program 11:01 Outro All episodes SINUMERIK live #16 Flexible CNC programming: SINUMERIK live #16.1 | Benefits: LINK SINUMERIK live #16.2 | User variables: LINK SINUMERIK live #16.3 | Mathematical operations: LINK SINUMERIK live #16.4 | Control structures: LINK SINUMERIK live #16.5 | Subroutine technology: LINK SINUMERIK live #16.6 | Text variables and log files: LINK SINUMERIK live #16.7 | Frames and indirect programming: LINK Learn more on CNC4you: 🤍
Whether your programming with Mastercam or Solidworks here are the top 5 tips to become a master at CNC Machine Programming. 0:00 Intro 1:17 Tip 1 - Always Keep an Open Mind 3:10 Tip 2 - Learn and Understand All of the Variables 5:29 Tip 3 - Be Proactive Not Reactive 7:44 Tip 4 - Understand & Evaluate Tooling 9:30 Tip 5 - Learn How to Process a Part 10:54 Conclusion to Programming Tips Help us fund FREE Education by purchasing tools seen in our videos here: 🤍 FREE CNC Machining Academy: 🤍 FREE Aerospace Academy: 🤍 FREE Grinding Academy: 🤍 Subscribe for daily content and expert knowledge: 🤍 _ _ FREE CNC Machining Academy. Join the Revolution: 🤍 Follow us on Instagram: 🤍 Like us on Facebook: 🤍 Join the conversation on our Facebook Group: 🤍 Connect with us on LinkedIn: 🤍 _ _ THANK YOU to our Partners who make this content possible: Kennametal - 🤍 DN Solutions - 🤍 United Grinding - 🤍 Mastercam - 🤍 Blaser Swisslube - 🤍 Solidworks - 🤍 Trumpf - 🤍 Trumpf TruMark - 🤍 Trumpf TruPrint - 🤍 Markforged - 🤍 Markforged Metal X - 🤍 Markforged X7 - 🤍 Markforged Mark Two - 🤍 Tyrolit - 🤍 Mitutoyo - 🤍 Haimer - 🤍 Schunk - 🤍 ONA - 🤍 #CNC #Machining #Machinist
Explanation of Variables, Concept of Variables.
In this video learn how to use 'R' variables in #cnc turning center for making program in siemens control with practical. This video basically shows how to use 'R' variable for repetition of paths or pattern. Here 'R' parameter is used for creating a program of step turning with various diameter in siemens control. more videos links; 🤍 🤍 🤍 🤍 #macroprogramming #cncprogramming #cnc #vmc #rvariable #siemens #gcode #tooloffset
how convenient is using Local Variable in the CNC Machines CNC Machining in a productive ease way #Variables #Gcode #cncProgramming #CNCMill #CNCLathe #MacroB #LocalVariable #MachiningMultiplePasses #CNCEditor #mill #lathe #CNCmachine #cnceditor #cncmachinst #variable #macrob #backplot
Configure your machine's macro variables in Chatter to pull Renishaw work probe data directly off your cnc machine and into Chatter. Fanuc Variables: Inspected Dimension: 138 Inspection Error: 143 Haas Variables: Inspected Dimension: 188 Inspection Error: 193 Learn more about Chatter Machine Monitoring at 🤍 Knowledge base: 🤍 Get support: 🤍 #cnc #cncmachining
The advantage of using Variables along with an other g-codes in CNC machine Faster Than Cam-Software creating small cnc gcode #Variables #Gcode #cncProgramming #CNCMill #CNCLathe #MacroB #LocalVariable #MachiningMultiplePasses #CNCEditor #mill #lathe #CNCmachine #cnceditor #cncmachinst #variable #macrob #backplot
having a think about ways to ramp spindle speed up and down when using a chip fan. There may be an easier way to do this but this was a quick and easy fix for ramping the spindle up and down slowly in a loop for a warm up using common variables. correction: the spindle actually ramps at intervals of 1% of the spindle speed in seconds (eg. S200*.01=2 seconds). the higher the spindle rpm the longer the interval between changes of rpm.
Mark gets back out into the deep water on this one. Check out how you can automate the proper entry of tool offsets and other important tool data using one of Mark's favorite macro variables; #3026. It's easy to understand and use, and it'll make your programs more efficient. Link to bonus "Cheat Sheet": 🤍 Links to the plethora of other "Macro" related TOD videos: In-Process probing 🤍 Probing Variables 🤍 DPRNT 🤍 M97 🤍 Tool Offsets Probing 🤍 Work Offset Probing 🤍 Displaying Macro Info 🤍 Lookahead 🤍 Create your own G-Codes 🤍 Angle Probe Macro 🤍 M30 Counters, and their variables 🤍 Don’t miss any TIP-OF-THE-DAY videos. Click here 🤍 to join our email list! If you enjoyed this video, please hit the like button and share it with a friend who’ll find it helpful . . . and thanks! Follow Haas: Facebook – 🤍 Instagram – 🤍 Twitter – 🤍 LinkedIn - 🤍
KRISHNA AUTOMATION 🤍kitc.in , (9911448855, 9911448886) BEST CNC / VMC / DELCAM / QC / PLC / AUTOMATION / CNC MACHINE MAITENANCE / SCADA TRAINING INSTITUTE IN DELHI NCR CNC MACHINE WITH FANUC CONTROL AVAILABLE AT INSTITUTE VMC MACHINE WITH SIEMENS CONROL AVAILABLE AT INSTITUTE ALL PRACTICAL FACILITIES AVAILABLE AT INSTITUTE KRISHNA AUTOMATION INDUSTRIAL TRAINING INSTITUTE, GURGAON (SINCE:2006) is providing job oriented training Programmes by wide experience person. Our courses include CNC Programming, VMC Programming, CAD/CAM, SOLIDWORKS, NX DESIGNING, PLC TRAINING , RLC, HMI, SCADA, AC / SERVO / STEPPOR DRIVE PROGRAMMING, HYDRAULIC MAINTENANCE, PNEUMATIC, CNC Machine Maintenance, QUALITY CONTROL (IATF / APQP / SPC / PPAP / MSA / PFMEA / 7 QC TOOLS / TPM / TQM / SIX SIGMA OVERVIEW) are suitable for 10TH, 12TH, ITI, DIPLOMA, BTECH STUDENTS. – 9911448855, 9911448886, 9911448833 VIEWERS ARE WELCOME TO GIVE THEIR SUGGESTIONS FOR UPCOMING VIDEOS. WE WILL LIKE TO MAKE VIDEOS ON YOUR SUGGESTED/ADVISED TOPIC DESCRIBED BY GOPAL SIR.
This video was created to show during my breakout session at the Haas 2021 HTEC CNC Educator's National Conference. July 19-21, 2021
How to transfer tool offset Data Values From Program To Tool Offset Page?
Video này hướng dẫn về lập trình phay CNC nâng cao: Thế nào là Macro, cách áp dụng Macro vào chương trình linh hoạt và hiệu quả. Training CNC" là một kênh chia sẽ kinh nghiệm về lập trình phay CNC có được trong thực tế tới các bạn. Huy vọng sẽ đem đến kiến thức hữu ích cho mọi người. Nếu các bạn yêu mến mình thì hãy giao lưu và ủng hộ kênh mình nhé. Xin cảm ơn! - Thông tin liên hệ: + Email: daycnccobandennangcao🤍gmail.com. +Youtube: 🤍 + Zalo: 0976 308 767 #trainingcnc#macro#variablesfunction#huongdanlaptrinhcnc#khoahoclaptrinhcnc#huongdanvanhanhmaycnc#programs#cncchonguoimoi#laptrinhcnccoban#cautrucchuongtrinhphaycnc#0#1#33#100#199#500#999#1000#3000#3006#localvariables#common#systemvariables Từ khóa tim kiếm trên google: hướng dẫn lập trình cnc cơ bản; hướng dẫn lập trình cnc bằng tay;hướng dẫn lập trình máy phay cnc; khóa học lập trình và vận hành máy cnc; hướng dẫn lập trình cnc từ a đến z;macro;chức năng biến
In this video, you will learn to make part family program using simple macro. This video is an extract of my earlier video on macro programming for which link is given below. 🤍 Welcome to CNC-Learning a channel run by Rajeev Sreedharan This channel is for CNC learning Please hit like the video and subscribe to this channel for more such videos. To check your programming skill, you can use the programming test templates available on our website:-🤍 Free CNC Learning
This video covers how to create a macro program for an OKUMA CNC. The macro is stored in a .SSB file stored in the MD1 directory in the d drive on your Okuma CNC. to open the PC mode on your CNC press CTRL and the button with 3 diagonal lines running parallel to each other at the same time. You can store multiple macros within one.SSB file everything between the OXXXX line and the RTS is counted This video quickly covers global variables and local variables machine common variables IF statements and GOTO statements. Okuma file directories and where to store macro programs. Macro programming is a useful tool for most any CNC machine shop, whether a one-man garage or an international conglomerate. Macro programming provides a means of shortening code and doing repetitive tasks easily and quickly. All of your canned cycles in a control are nothing but a macro If any of this is helpful please leave a like and a comment down below. Please subscribe to see more content like this once it appears. macro programming / cnc macro programming / call function / Okuma cnc macro / sub programming
Let's learn about how to count parts on any CNC machine #cncprogrammingcourse share with your friends CNC course Playlist link. 🤍 CNC मेशिन जानकारी सीएनसी मेशीन सीएनसी मेशिन अपरेटर प्रशिक्षण CNC विश्व CNC प्रोग्रामिंग हिन्दीमा CNC प्रोग्रामिंग CNC मिलिंग मशीनिंग सीएनसी मशीनची माहिती सीएनसी मशीन सीएनसी मशीन ऑपरेटर प्रशिक्षण सीएनसी विश्व सीएनसी प्रोग्रामिंग हिंदीमध्ये सीएनसी प्रोग्रामिंग सीएनसी मिलिंग मशीनिंग சிஎன்சி இயந்திர தகவல் சி.என்.சி இயந்திரம் சி.என்.சி இயந்திர ஆபரேட்டர் பயிற்சி சி.என்.சி உலகம் சி.என்.சி நிரலாக்க இந்தியில் சி.என்.சி நிரலாக்க சி.என்.சி அரைக்கும் எந்திரம் सीएनसी मशीन की जानकारी सीएनसी मशीन सीएनसी मशीन ऑपरेटर प्रशिक्षण सीएनसी की दुनिया सीएनसी प्रोग्रामिंग सीएनसी प्रोग्रामिंग हिंदी में सीएनसी मिलिंग मशीन સી.એન.સી. મશીન માહિતી સી.એન.સી. મશીન સીએનસી મશીન ઓપરેટર તાલીમ સીએનસી વિશ્વ સીએનસી પ્રોગ્રામિંગ હિન્દીમાં સી.એન.સી. પ્રોગ્રામિંગ સી.એન.સી. મિલિંગ માચિંગ
CNC Machining in a productive ease way #Variables #Gcode #cncProgramming #CNCMill #CNCLathe #MacroB #LocalVariable #MachiningMultiplePasses #CNCEditor #mill #lathe #CNCmachine #cnceditor #cncmachinst #variable #macrob #backplot
Your probe does a lot more than just set Tool and Work Offsets, it can also be used to perform in-process inspection. And with some simple macro programming, you can take those dimensional values and do things like have your machine display an alarm if a part is out of spec, re-machine a part to get it in tolerance, even mill identifying marks into your part. All of these features are standard when you have probing on your Haas, and the macro programming is much simpler than you probably thought. Don't be scared away by the thought of macro programming, as usual Mark makes it easy! Bonus Content: 🤍 Past Tip of the Day video links: Run More Than One Part at a Time; How Production Shops Use M97 🤍 Limiting Block Look-Ahead when using Macros 🤍 In-Process Part Measurement; Probing in 5 Simple Steps 🤍 Easily Create Your Own Custom M and G Codes 🤍 Easily keep track of your parts using the Haas M30 counters 🤍 Don’t miss any TIP-OF-THE-DAY videos. Click here 🤍 to join our email list! If you enjoyed this video, please hit the like button and share it with a friend who’ll find it helpful . . . and thanks! Follow Haas: Facebook – 🤍 Instagram – 🤍 Twitter – 🤍 LinkedIn - 🤍
let's learn about work offset System variables #cncprogrammingvmchmc Practical Video Link- 🤍 CNC course Playlist link. 🤍 CNC मेशिन जानकारी सीएनसी मेशीन सीएनसी मेशिन अपरेटर प्रशिक्षण CNC विश्व CNC प्रोग्रामिंग हिन्दीमा CNC प्रोग्रामिंग CNC मिलिंग मशीनिंग सीएनसी मशीनची माहिती सीएनसी मशीन सीएनसी मशीन ऑपरेटर प्रशिक्षण सीएनसी विश्व सीएनसी प्रोग्रामिंग हिंदीमध्ये सीएनसी प्रोग्रामिंग सीएनसी मिलिंग मशीनिंग சிஎன்சி இயந்திர தகவல் சி.என்.சி இயந்திரம் சி.என்.சி இயந்திர ஆபரேட்டர் பயிற்சி சி.என்.சி உலகம் சி.என்.சி நிரலாக்க இந்தியில் சி.என்.சி நிரலாக்க சி.என்.சி அரைக்கும் எந்திரம் सीएनसी मशीन की जानकारी सीएनसी मशीन सीएनसी मशीन ऑपरेटर प्रशिक्षण सीएनसी की दुनिया सीएनसी प्रोग्रामिंग सीएनसी प्रोग्रामिंग हिंदी में सीएनसी मिलिंग मशीन સી.એન.સી. મશીન માહિતી સી.એન.સી. મશીન સીએનસી મશીન ઓપરેટર તાલીમ સીએનસી વિશ્વ સીએનસી પ્રોગ્રામિંગ હિન્દીમાં સી.એન.સી. પ્રોગ્રામિંગ સી.એન.સી. મિલિંગ માચિંગ
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