Estlcam Price
Florentina Holcombe
No warranty is expressed or given for any software purchased from BobsCNC. No refunds will be given for any software purchased. If a BobsCNC Router kit is purchased with software and the kit is returned for refund in accordance with the return policy, the retail price of the software will be deducted from the total original purchase price. Any software purchased is the property of the customer.
BobsCNC is what happens when two old friends, one with a background in mechanical engineering and a long history of building CNC machines and the other with a career in sales and marketing, join forces along with their wives and family. What began in a garage shop in 2015 rapidly grew into a thriving enterprise that is revolutionizing the way CNC machines are made.
License for version 11 and 12.
All licenses purchased since 01.03.2022 are also valid for version 12!
Estlcam is a PC software that allows you to create G-codes for drawings. At the same time it serves as CNC control software, it controls an Estlcam controller board via USB, which generates the control signals for the motors of the machine. Estlcam can control up to 3 axes, perfect for CNC milling.
It can also be used for CAM only, the generated G-code programmes can also be used for other controllers such as Mach3, Eding, etc.
The way to work is as follows: create drawing -> load drawing into Estlcam -> select toolpaths and machining -> generate G-code.
We recommend the free Librecad for the creation of the drawings.
Yes! You do not need a customer account.
You can order as a guest without creating an account, that is our default. Only if you want you can also create an account.
You can also pay in the shopping cart directly with Paypal or Amazon, then you do not have to enter any data at all.
Alternatively, you can also simply log in with your Amazon account. However, we do not receive your Amazon access data but only your address for shipping in case of order. The data is entered on an Amazon page, which is only displayed here in the store. The entries are processed 100% by Amazon via an encrypted connection.
The shipping costs are calculated by weight.
If you put your desired goods in the shopping cart, you will see there the shipping costs for your order. If desired, you can also change the delivery country there.
We grant 30 days return policy on all items. Simply send the goods back to us if you are not satisfied, we will immediately credit the amount if the item was not used. We are also happy to help in advance to clarify any ambiguities, this is sometimes better than sending back immediately.
Yes, as a European customer you can also enter an EU VAT number in the customer data, then you will not be charged VAT, the prices will then be displayed tax-free. This does not apply to customers with delivery country Germany. All countries outside Europe are automatically delivered tax free.
1 anyone here purchased in Australia from the Aussie supplier.
2 The US site says that the UCCNC software and the connector/plate are now included stndard in the price, is this true for other countries.
( if not is it worth buying up front for the extra few hundred
3. IS the step craft spindle worth it ? ( I have a Dremel 3000)
4. Anything else worth getting at the time.
Big plus with this route is that the control computer is relieved of all the critical timing issues, so a slow low cost desktop / laptop can be used. I bought a s/h Dell D610 running Win XP prof just to operate the Stepcraft, and this has given excellent service with no problems whatsoever running UCCNC.
3) a real spindle is always better than a Dremel or a Proxon. If you have a Dremel You van for Sure Start with it, but I am quite sure you can more or less only mill wood or plastics with a Dremel.
I bought a Kress Spindle together with the machine and I am satisfied so far.
Looking to get the 420 for some ship modeling work and to test the water at the local market for wood products.
I understand this is a hobby machine, my wife likes the cutting options and piro capability. Doubt I will ever need 3d printing, but who knows
[I can understand and respect if McNeel wants not to compete against its CAM vendors. I acknowledge that CAM software might not be easy to write. Though, this is an interesting time where CAM software is at the edge of becoming a commonplace. It would appear that that this would either be a good time for the vendors who offer Rhino-centric CAM software to also create something entry-level, or McNeel to fill that void, unless individuals beat them to it, as we may have seen demonstrated in this thread.
I wanted to delve into machining via Rhino6 because of its immense CAD power and I see no future learning a monthly subscription based product whose price will very likely skyrocket at some point and lock me out.
It became very clear very quickly that equipment and learning curve would not be trivial. Rather than buy my first best guess for high end equip/software (all seemingly blessed with hugely mixed reviews), I signed up at the local College of Applied Technology to get a shot at machine tool basics. That was the best move I could have made as access to real equipment/experienced instructor expanded my knowledge way faster than I could have alone. I picked up the edu version of madCAM and plugged it into Rhino6. It took a little tweaking to get it setup.
I would like to see madCAM add a few additional strategies like spiral toolpaths, etc like some higher end packages and a smidge better stock removal simulations, but for one fifth the price of the higher end programs, I can spend the extra hours to learn since I am not in a production enviro.
I have RhinoCam from mecsoft for Rhino4. Bought years ago when I bought the CNC router. I think the Rhino and RhinoCam were each about $1000, from the maker (well, they bought it from China and put their name on it) of the router.
I am totaly new in this forum and just bought my first Arduino Uno.
On Youtube I saw a video made by Joop Brokking where he built a little CNC machine. I happend to have the same mechanical rigg, a PROXXON MF70 that I would like to controll digitally like he did. Joop did it using an Arduino, some stepper motors and drivers, and a few pc softwares.
For me the first qustion is about the layers of logics. What must be handled by the Arduino, what is handled by various software in the PC. What software can I download and combine into a system? E-esel(?) I have heard about. G-code looks similiar to HPGL...
I have been programming for 40 years in very different environments, microcode, assembler PLM, C etc..
My interest now is to take advantage of existing knowledge, experience and solutions to create my system. I mill lead weights for the locomotives on my modell railroad being retired and having lots of free time. Milling small tools is also done.
For my small router (Dremel) I use Grbl firmare on an Uno for the controller. The firmware receives g code from the PC and translates the G code to stepper movements and control signals. The Uno has a CNC shield that has the stepper drivers and connections for limit switches and other functions.
Hi!
Thanks a lot!
I just ordered the hardware. Time of delivery is poor, 18 of mars to 5 of maj but the price is good.
Checking the software I don't find "Download" on their page but I will dig....
I still try to understand how things are done. What is downloaded into the Arduiono? Is there a built in G-code interpreter? How does the Arduino know how to rotate the stepper motors? How to get driver routines if not?
G-code looks similiar to HPGL, the plotter language, that I used in a project ages ago and it looks useful for simple applications.
Of course, using CAD propgrams is at the highest level. G-code sender sonds selfexplaining.
The Grbl firmware loads onto the Uno. Grbl receives the gcode and generates the signals to move the steppers in accordance with the gcode commands. The gcode sender (runs on PC) connects to the Uno and therefore Grbl via the serial port. You load a gcode file into the gcode sender and then you send the file to the Uno.
Thank You very much!
I write a kind of system map to remember the name for the Arduino downloading process.
Thanks again for the link to the G-code! That is gold for me! G-code feels like a good way to get started, mostly creating various flat surfaces on parts of the object.
Whow!
Grbl handles that. Thanks a lot!
Sends You a hug.
Just managed to download APL code and run it but download failed deveral times before working. Ghosts are playing or what?
Thanks for Your great help!
Noe some sleep and new battles to come.
//Railroader
Railroader:
Whow!
Grbl handles that. Thanks a lot!
Sends You a hug.
Just managed to download APL code and run it but download failed deveral times before working. Ghosts are playing or what?
Thanks for Your great help!
Noe some sleep and new battles to come.
//Railroader
Being new to this environment there are lots to learn.
My question is how and where I tell the GRBL environment which Arduino pins to use for x-, y- and z-step resp. direction.
I also test Estlcam and but it uses other Arduino pins than my powerboard for the motors so that license was wasted money it feels like.
I had a second look and there is a grbl folder in my sketch book libraries folder (C:\Users\DaD\Documents\Arduino\libraries\grbl). If you have grbl installed in your libraries, that is the place that I would put the modified cpu_map.h.
What does that mean? To install grbl to an Arduino board, go to the example folder and load the grblUpload.ino sketch into the IDE. Or load the grblUpload through the File menu Examples. Set up, through the Tools menu, your board type and serial port (plus whatever else may be necessary). Then upload to the board.
Sorry thay my questions look strange. I have no knowledge on the system level.
I just managed to make Estlcam move my test motor. First I selected Arduino Uno, inside Estlcam, and nothing happened. Then I selected GRBL 0.9- and then things worked. Where is GRBL? I don't see that.