Uccnc software инструкция на русском

Introduction

If you’re involved in the world of UCCNC Review machining, you know how crucial it is to have reliable and efficient control software. The right CNC control software can greatly enhance your productivity, accuracy, and overall machining experience. In this comprehensive review, we will delve into the intricacies of UCCNC, a popular CNC control software that has gained significant recognition in the industry. From its features and benefits to its user interface and compatibility, we’ll leave no stone unturned in this UCCNC review. So, let’s get started and explore the capabilities of this powerful CNC control software.

UCCNC Review: Unraveling the Power and Performance

What is UCCNC?

UCCNC is a cutting-edge CNC control software developed by CNCdrive, a renowned name in the CNC machining industry. It offers a comprehensive set of features and functionalities that cater to the needs of both professional CNC machinists and hobbyists alike. With its intuitive user interface and robust performance, UCCNC has become a go-to choice for many CNC enthusiasts.

Key Features of UCCNC

UCCNC is packed with a plethora of features that empower CNC machinists to optimize their workflow and achieve exceptional results. Let’s explore some of its key features:

1. Intuitive User Interface: UCCNC boasts a user-friendly interface that simplifies the control process and reduces the learning curve for new users.
2. Multiple Axis Control: Whether you’re working with a 3-axis, 4-axis, or 5-axis CNC machine, UCCNC provides seamless control for precise machining operations.
3. G-code Compatibility: UCCNC supports standard G-code commands, ensuring compatibility with a wide range of CAD/CAM software and CNC machines.
4. Customizable Macros: With UCCNC, you can create custom macros to automate repetitive tasks, saving you time and effort.
5. Toolpath Simulation: The software offers a toolpath simulation feature that allows you to visualize the machining process before actually running the program, minimizing the risk of errors.
6. Real-time Feedback: UCCNC provides real-time feedback on various parameters such as spindle speed, feed rate, and tool position, enabling you to monitor the machining process effectively.
7. Smooth Jogging Control: Whether you prefer using a keyboard, joystick, or MPG pendant, UCCNC offers smooth jogging control for precise manual positioning.

UCCNC Review: Exploring the Benefits

Enhanced Precision and Accuracy

When it comes to CNC machining, precision and accuracy are of utmost importance. UCCNC delivers exceptional precision through its advanced control algorithms and real-time feedback. It ensures that every movement of the machine is executed with utmost accuracy, resulting in high-quality finished products.

Streamlined Workflow

UCCNC simplifies the CNC machining workflow by providing a comprehensive set of tools and functionalities. From importing G-code files to setting up tooling and running the program, the software streamlines the entire process, saving you valuable time and effort.

Versatility and Compatibility

Whether you’re working with a CNC router, mill, or lathe, UCCNC offers versatility and compatibility across a wide range of CNC machines. Its robust compatibility with various hardware interfaces and standard G-code commands makes it an ideal choice for both beginners and seasoned professionals.

Continuous Updates and Support

CNCdrive, the company behind UCCNC, is committed to continuously improving the software and providing reliable support to its users. They regularly release updates and bug fixes, ensuring that you have access to the latest features and a seamless user experience.

UCCNC Review: User Experience and Interface

One of the standout aspects of UCCNC is its intuitive user interface. The software presents a clean and organized layout, allowing users to easily navigate through its various features and functionalities. The control panel provides quick access to essential functions, while the status display keeps you informed about the machine’s current state.

Moreover, UCCNC offers customizable screen sets, enabling users to tailor the interface according to their preferences. You can create multiple screen sets with different layouts and switch between them effortlessly, optimizing your workflow and enhancing productivity.

UCCNC Review: Frequently Asked Questions

1. Can UCCNC control multiple CNC machines simultaneously?

No, UCCNC is designed to control a single CNC machine at a time. However, you can use a hardware multiplexer to connect multiple machines to a single computer and switch between them as needed.

2. Is UCCNC compatible with Mach3 plugins?

No, UCCNC and Mach3 are separate CNC control software packages and have different plugin architectures. Mach3 plugins cannot be directly used with UCCNC. However, UCCNC provides its own plugin system that allows users to extend its functionality.

3. Does UCCNC support probing and tool length measurement?

Yes, UCCNC supports probing and tool length measurement. You can use a probe sensor and configure UCCNC to perform automatic tool length measurements, making tool changes more efficient and accurate.

4. Can I run UCCNC on a Raspberry Pi?

No, UCCNC is not compatible with Raspberry Pi. It requires a Windows-based operating system to run properly. However, you can connect a Raspberry Pi to your CNC machine for remote control using UCCNC’s network-based control option.

5. Is UCCNC suitable for industrial CNC machining applications?

UCCNC is primarily targeted towards small to medium-scale CNC machining applications. While it offers a wide range of features and capabilities, it may not have the advanced functionalities required for large-scale industrial operations. It is recommended to assess your specific requirements before choosing UCCNC for industrial use.

6. How often are updates released for UCCNC?

CNCdrive releases updates for UCCNC periodically to introduce new features, enhancements, and bug fixes. It is advisable to regularly check for updates and install them to ensure you have the latest version of the software.

Conclusion

In conclusion, UCCNC is a powerful CNC control software that provides a range of features and benefits for CNC machinists. From its intuitive user interface to its compatibility and precision, UCCNC offers a comprehensive solution for optimizing your CNC machining workflow. Whether you’re a hobbyist or a professional, UCCNC can significantly enhance your productivity and help you achieve exceptional machining results. So, give UCCNC a try and unlock the true potential of your CNC machine.

Step 1 — Start by creating a new profile. Type the name of the new profile in the «New profile name» field and hit enter.  In this case I named it KReduCNC. 

Important!!! You must hit enter for the name to take.

If you check the «Create shortcut on desktop» it will create a shortcut on your desktop that will take you to this new profile. Hit the «Create new profile» button and wait until UCCNC pops up a message and says the creation is complete. Note that this could take a while.

Step 2 — Highlight the new entry (KReduCNC) in the list and click the «Import Mach3 XML file» button.  You will be presented with a dialog box to select the file.

You can download the KReduCNC Mach3 config file here:

• KReduCNC.xml

Note that I have various other Mach3 configurations available as well.

You will have to locate the Mach3 configuration file via the dialog. If it is an installed Mach3 configuration file, it will be located in your Mach3 install directory. Otherwise you can just point to a downloaded Mach3 configuration file.

Step 3 — After the Mach3 config file has been imported you will be presented with a message telling you to apply and save the imported values.  Make sure the KReduCNC entry is higlighted in the list and Click the «Apply settings» and «Save settings» buttons.  

!!! Important !!!

When you click the «Save settings» button you will see it slightly change to indicate that its been pressed. The actual save will not be complete until the button returns to the unpressed state.  Watch it closely as it could take a while. It is very hard to tell when the button returns to the unpressed state.  If in doubt, just save it again.

CCNC Control program with UC100 module

Install UCCNC by following the manufacturer’s instructions. UCCNC software can be found here: UCCNC (Opens in a new window)

After you install UCCNC, the software will usually start, close it, we need to add some files. In Windows, go to the C: folder (My Computer / Windows (C :)) Go to the UCCNC folder, click on it.

If you purchased the software from us, you should have received a license file. If not, contact us and we will send it to you. In the UCCNC folder, paste the license file among the other files to activate your license. If everything works, the UCCNC should not say “demo” the next time you start it. But before you start UCCNC…

Open the “Profiles” folder and paste our profiles for your Avantic machine. Download it by clicking this link: Raw Avantic Profile The files come in Zip format so you need to unzip them. In Windows, right-click on the file and choose to unzip. If this is not possible, you can download Winrar which is free. The files that are unpacked are pasted into the “Profiles” folder, see the picture below.

Close all folders and start the software. When starting the software, go to the “Configuration” tab and then “Profiles”. Select our profile “Raw Avantic” Press “Apply settings” and then “Save settings”

Change jog feed to 80% or more. The jog feed must be changed each time you start the machine.

Now we are ready to start working. Go to the “RUN” tab. Let’s try a few things.

Press “Reset button” so that the button does not flash. Press “Home all” button and the machine will start looking for its home position.

Probing

Probing is when you calibrate the height of the Z axis. You can do this manually by lowering the end mill to the top of the surface and resetting the Z axis and then starting to cut. This is the fastest way and works well when cutting cheap materials. If you need better accuracy, you can use the probe plate.

The spindle and probe plate act as a switch, so when they make contact, the machine backs away from the plate. You can try this by plugging in your probe plate and doing the routine high up in the air first and see if it responds. Click on the probing icon. If the plate does not respond, press “Reset” to stop the function.

Load a file

Now that we know that everything works, we can load a file and make our first cut. You can use testfile  (right click and “Save link as text file”). When you test a file for the first time, we recommend that you do this in the air first, a so-called “dry run”. The file states which end mill we use (4mm in this case) as well as the size and thickness of the material eg the name of this file is: 200x200mm 12mm thick MDF. It is a good routine to name your files this way.

Press the “Load file” button and select the file

Do the probe routine or bring the end mill down to the surface of your material and zero all the coordinates. make your cut in the air or for real. If you cut for real, you must fasten the material properly and always wear the dust cover, which also acts as a splinter guard. Press “Cycle start” The machine starts the spider and starts moving after 20 seconds so that you have time to back away. If something goes wrong, press the emergency stop or “Reset” button in the UCCNC.

Now that you know that everything works as it should, you can start building your own files. Read our instructions or go out on YouTube and learn the software for drawing and setting up your files

Плагин осуществляющий переход инструмента на точку траектории ближайшую к текущему положению, либо переход на начало ближайшей траектории. Кроме перемещения плагин осуществляет подготовку к началу реза с точки траектории.

Видео работы плагина UCCNCCutStart

Плагин работает исключительно с программой UCCNC и предназначен для систем газо-плазменной резки. Хотелось бы обратить внимание на тот факт, что траектория обрабатывается без учета координаты Z — по этому этот плагин не применим для фрезерных ЧПУ и прочих систем, где важна координата по Z.

Установка и запуск плагина

Для запуска плагина необходимо распаковать содержимое самораспаковывающегося архива в папку плагинов (Обычно это «c:UCCNCplugins») и после входа в программу активировать его.

Для активации выберете вкладку «configuration->general settings» и нажмите кнопку «Configure plugins».

Далее выберите в строке плагина UCCNCCutStart «Call startup» и «Enabled». А так же можете отконфигурировать его нажав на кнопку «Configure».

Здесь Action Button Id — это идентификатор кнопки, который будет вызывать переход на траекторию, а Start button id — идентификатор кнопки, которая будет вызывать переход на начало траектории. Если не хотите добавлять кнопки на рабочий экран можете привязать сочетания клавиш к этим функциям.

Для этого выберите вкладку «Configureation->I/O Trigger->HotKeys». На этой вкладке установите привязку этих команд на определенные сочетания клавиш.