PRACTICAL TIP – Ready for the Island
April 2021
Working with islands (or tenons) can get complicated. However, with SYMplus™ this task is quite easy.
And this is how easy it is:
You want to manufacture the following workpiece and for this purpose you first create it in the “Geometry” operating mode.
This workpiece is composed as follows:
- From a rectangle on the depth -10
- On it an island (light gray) with the depth 0
- A “bitten” rectangular pocket in the islands at depth -5 (however, this pocket must also be constructed like the light gray surface with 6 lines and then 4 curves, so that the contours are partly on top of each other).
In SYMplus™ we understand the depth/height of the surface not as the traverse depth of the tool but as the depth or height of the surface circumscribed by the contour. It is important that each contour is closed. To check whether you have done everything correctly, you can look at the 3D image of the workpiece.
When you have created and saved the workpiece, switch to the ” Work plan” operating mode. There you first edit the rectangle at depth -10.
If you use the preset cutting type “Contour parallel” when creating the working step on the third dialog page, you will notice that the milling cutter makes full traverse paths and then only clears out the material with the set pressure width.
To prevent this, change over to “Tenon” for surface milling by one island.
Since the island has a narrowing (or “port entrance”), a working step must also be created for this. To do this, as with a pocket, clear out with the machining type “Contour parallel”.
In the ” Work plan” you can easily try out alternatives to this machining strategy by undoing the work step and creating a new one. For example, you can place a groove in this narrowing and first machine it trochoidally.
Now it’s your turn. Try it out and see for yourself how easy it is to handle islands and tenons with your SYMplus™ software.
You will find more tips in the upcoming newsletters.
You have questions? Contact our experts using the contact form below.
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Practical Tip – The Handwheel in the Work plan – In Video Format
In this video you will get a first insight into the “Handwheel” work step.
When could the “Handwheel” be used?
If, for example, you have to traverse a very special path with a special tool. Then it can happen that the automatic system, which normally simply takes the programming of the traverse paths off your hands, reacts differently than the expert imagines.
For more tips, keep an eye out for our upcoming newsletters.
You have questions? Please feel free to contact our experts using the form below.
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Our experts are at your disposal. We look forward to your inquiry!

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EcoCut in SYMplus™ – Video
In this simulation you can see the much anticipated EcoCut tool at work in our SYMplus™ software.
From Update 60 in our SYMplus™ software
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!

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Newsletter March 2021
SYMplus™ gets the long-awaited Update.
Did you know that with SYMplus™ in combination with plusCARE™, you have many more benefits than just the maintenance of your SYMplus™ software? It brings you the latest innovations and optimizations and thus the highest level of security and efficiency.
And through our Priority Support for plusCARE™ customers, even wishes can come true….
One of these wishes is now being fulfilled:
The long-awaited EcoCut tool will be available to all customers with plusCARE™ from the next software update in SYMplus™.
Would you like to see the EcoCut tool in action?
Then watch this video on our YouTube channel > https://www.youtube.com/watch?v=iRLuaoLWvXo
To make sure you don’t miss this update, keep an eye on our Website and social media channels(Facebook, LinkedIn, Xing oder Instagram). Soon the update will be ready for you.
You don’t own plusCARE™ yet?
Then contact us now to stay updated > https://cnc-keller.com/keller-contact/
We hope you enjoy this new feature and we wish you a good day ahead.
-Your KELLER.Software Team
Practical Tip: The Handwheel in the Work Plan
Thanks to SYMplus™, many things work automatically. The programming of the traverse paths, e.g. in the case of roughing, is normally simply removed from your hands. Sometimes, however, it can happen that the automatic system reacts differently than the expert imagines.
This can happen if, for example, you need to traverse a very special path with a special tool.
For this SYMplus™ offers a very simple solution. And it is called: “Handwheel”.
To learn more about the Tip of the Month, please click on the picture below:
Much more from KELLER.Software…
Upcoming Training Sessions:
15.-16. Apr. 2021: Basics of DIN/PAL Programming with SYMplus™
22.-23. Apr. 2021: Exam preparation PAL
Further Information>https://cnc-keller.com/keller-academy/
There is always something to watch on our website. For instance, last month’s practical tip in Video format and of course many other interesting videos.
To the SYMplus™ media library > https://cnc-keller.com/symplus-media-library/
To subscribe to our monthly newsletter, please use the form below. We thank you in advance.
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PRACTICAL TIP – The Handwheel in the Work Plan
March 2021
Thanks to SYMplus™, many things work automatically. The programming of the traverse paths, e.g. in the case of roughing, is normally simply removed from your hands. Sometimes, however, it can happen that the automatic system reacts differently than the expert imagines.
This can happen if, for example, you need to traverse a very special path with a special tool.
For this SYMplus™ offers a very simple solution. And it is called: “Handwheel”.
If you depend on it, you can create this work step in the operation mode ” Work plan” just as uncomplicated as any other work step. Specifically via F1 “Create” and F6 to select the “Handwheel” afterwards.
In the following example, the “handwheel” is used:
The “Demo-K” sample work plan is used as the basis. A description is given of how the last work step “Handwheel” can be created.
Step 1:
As described before, create a new work step with F1 and then select the “Handwheel” with F6.
Step 2:
Next, press F2 “Manual”. This will activate the “Manual Positioning”.
Step 3:
Then manually move to the Z value 1,000.
This works as follows:
3.1 Shift+F6 selects the 3rd decimal place. Press the “+” key on your keyboard to set the value to 0.
3.2 The 2nd decimal place is selected with Shift+F5 and again you have to use the “+” key afterwards.
3.3 The last digit to be selected is the 1st decimal place. To “jump” to this digit, press Shift+F5 again and then use the “+” key to finally set the value to 1,000.
Step 4:
After this setting of the Z-value, accept it with F10 “End input”.
Step 5:
Now we want to move to the tool change point. To do this, select F1 “Position” and change the setpoint to X = 150 and Y = 150.
Step 6:
Switch to rapid traverse with F7 and then confirm the entry with F10.
Step 7:
Press F10 a second time to return to the “Handwheel dialog”. Then press F10 a third time to accept your new “Handwheel” work step.
You will find more tips in the upcoming newsletters.
You have questions? Contact our experts using the contact form below.
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!

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PRACTICAL TIP – Compare production strategies effortlessly with each other.
February 2021
Some functions in SYMplus™ are more hidden than others because they are not “clickable” in the user interface. This is also the case with the key combinations Ctrl+Z and Ctrl+W, which you can use in the operating mode.
Through these practical keyboard shortcuts, however, even more is possible. Since the SYMplus™ can remember not only one action but many, this makes it possible, for example, to compare different production strategies in the operating mode.
This is how it works:
Machining takes about 18 minutes in the following example. First, the two pockets were pre-machined with a Ø16 milling cutter
and then the residual material in the corners was milled with a Ø8 milling cutter.
Except, is this 18 minutes a justifiable amount of time or can the process possibly be sped up by using the smaller cutter?
Let’s find out:
To do this, you first have to delete the “Surface T4” step with F3
and then use F6 to have the software calculate that the clearing of the pockets is done completely with the T6 tool. The result: The machining time is now around 33 minutes.
Not a good idea, then. The previous procedure was much faster.
But how do you get back there now?
This is exactly where the Ctrl+Z function comes in:
Press Ctrl+Z 2 times to undo first the calculation and then also the deletion. Now you have restored the original state.
But just as fast you can switch back to the second variant by pressing 2 x Ctrl+W. This is helpful, for example, if you initially only remembered the minutes and not the seconds, and in your everyday life the first variant lasted 18:34 and the second 18:23.
The functions Ctrl+Z and Ctrl+W can also help in other modes. For example, in “Geometry” if you have mirrored or scaled incorrectly and are trying to restore the previous state. Or in the simulators you can quickly remove a M0 (programmed stop) or M1 (conditional stop, switchable during simulation) that was only added for the program check. Or quickly fix an erroneous program change that leads to a crash or other error message.
As you can see, there are many practical applications for the two key combinations. Why don’t you try it out for yourself and see for yourself how efficient it is.
You will find more tips in the upcoming newsletters.
You have questions? Contact our experts using the contact form below.
Do you have any questions?
Our experts are at your disposal. We look forward to your inquiry!

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PRACTICAL TIP – Data management in SYMplus™
January 2021
This practical tip shows you how to open and save your data in SYMplus™, including NC programs, workpiece geometries and work plans.
SYMplus™ offers two options for this. These are explained below using the example of opening an NC programme:
To learn more Tips, look out for our upcoming newsletters.
You have a question for us? Use the form below to send us your queries. Thank you.
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PRACTICAL TIP – Work more efficiently with SYMplus™
December 2020
Forget your mouse and work more productively than ever before. The operating concept of SYMplus™ is different to what you are used to from other applications. Why it is different is explained in the following tip:
SYMplus™ can be operated completely via numeric keypad. This not only allows you to control the software more efficiently than with conventional standard controllers, but the operating concept was also derived from the workshop and tested there in reality with the KELLER software CNCplus™.
Please see for yourself and create a geometry with the following key sequence:
It is very simple:
The only thing you need to know before you start: To fully control the software with the numeric keypad, instead of pressing the F1 key you must press 1 on your numeric keypad, 2 for the F2 key, etc. To press the F10 key with the numeric keypad, you must use the 0 key.
Note: if the cursor is in a numeric field, you must press F1, F2, … again instead of 1, 2, …
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Simulation of the IHK Final Examination Part 2, Winter 2020 (conducted in Germany) for Cutting Machine Operators in Milling.
This time it was swivelled by 90°. This is not a particular challenge for gap inspection, but in practical implementation it is important to ensure that there is no collision with the turntable or a travel distance violation. In SYMplus™ this can be tested with different machines (from DMG, SPINNER, HAAS, HERMLE, …). This time, polar programming (G11, G12, G13) was a must, and for future tests there was a preview of the changes in tangential approach and retraction. From now on, the following applies to the tests: G45 stands for tangential approach and departure on a straight line, G46 for approach and departure in a quarter circle and G47 in a semicircle. In SYMplus™ there is now a new “Mode 2020” for the PAL simulator, which is alternatively selected as the default setting in the “Setup” mode.
Click here to watch the video: https://www.youtube.com/watch?v=PXZ36j2wrfo
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Simulator und PostProcessor
Here is a question that we get asked again and again. So we thought we would post the answer once again for you.
What is the difference between Simulators and Postprocessors?
Here is the link:
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Our experts are at your disposal. We look forward to your inquiry!
