UCCNC software



- Supports the UC100, UC300USB, UC300ETH and UC400ETH motion controllers.

- Controls machines upto 6-axis. 
- RS274 G and M codes execution.
- Unlimited number of user text macros with flexible script engine.
- Upto 400kHz operation. (selectable 25kHz, 50kHz, 100kHz, 200kHz, 400kHz with 20us, 10us, 5us, 2.5us and 1.25us pulse widths.) Note: Maximum step frequency depends on the motion controller device used.
- Exact stop and cont.velocity interpolations with highly configurable advanced look ahead function.
- G54..G59 work offsets and G52/G92 temporary offset.
- 3D toolpath viewer.
- OpenGL screen optimised for fast screen update rates with low CPU/GPU usage.
- Built in visual screen editor.

- 48 configurable hotkeys.
- 48 configurable inputs trigger to assign physical input pins to UCCNC function calls.
- 48 configurable outputs trigger to assign virtual LEDs to physical output pins.
- Parametric programming using internal variables and programming mathematical expressions.
- Controls THC control for plasma cutters. (M205 and M206 macros)   
- Screensets for mills and plasma cutters.
- Modbus TCP, RTU and ASCII communication support via Modbus plugin.

- M10/M11 macros for fast syncronous outputs for laser cutting applications.
- G33 and G76 syncronous thread cutting with free running spindle and encoder feedback to the motion controller.
- G33.1 and G33.2 rigid tapping with Z-axis syncronised to spindle motor.
- Supports wired MPGs and the UCR200 wireless via plugin.
- Built in basic CAM module with DXF files import.
- Stopless smooth backlash compensation with adjustable backlash acceleration.
- Plugin interface with Visual C# example plugin template. Plugin works with C#, VB, C++ programming languages.
- Fast laser scan type engraving plugin, webcamera plugin, Xbox360 controller plugin, 3D printer plugin etc..
- Fast communication with optimised buffering technic producing low button press to event execution time.
- Extremely low jitter on the step and direction signals for smooth, high speed and precise motors operation.
- Runs in demo (simulation mode) without a software license key.
- Compatible OP systems: Windows XP, 7, 8, 8.1,10 on all both 32 and 64bit versions.


UC300-5LPT USB CNC mozgásvezérlő Mach3 programhoz

Elkészült az UC100 nagyobb testvérének első tagja az UC300-5LPT modul. A modul úgy lett kialakítva, hogy 5db LPT portnyi ki és bemenetek vannak IDC-26 csatlakozókra kivezetve, melyek lábkiosztása kompatibilis a LPT porttal. Az 5LPT portból 2 normál és 3 bővített bemenetű. Összesen 36db 5V-os digitális kimenet és 49db 5V-os digitális bemenet található rajta, melyek szabadon konfigurálhatóak. A sok digitális ki és bemenet mellett 2 analóg kimenet és 2 analóg bemenetet is tartalmaz. Az analóg kimenetek közvetlen 0-10V-os jelet szolgáltatnak, így egyszerű illeszteni frekvenciaváltóhoz.  


Wireless remote controller to Mach3


UCR200 wireless remote controller to the Mach3 program:

I have already been thinking for a long time of how could be simply taken up the zero point before elaboration. This is particularly problematic, when it is to be set on a machine of bigger workspace, and the keyboard does not happen to reach out. Or if it does, then after positioning it is required to go directly to the computer and press Zero X,Y,Z buttons. The solution is obvious: a remote controller. You can find a number of descriptions and even finished products on the internet, but all of them require valuable input and output ports. There comes the idea of applying USB and wireless solution together. The remote controller communicates with the Mach3 program on a radio frequency, and it reads on its display the actual coordinates, speed, RPM and state of the program execution. In as much as there is no program execution, then the chosen axis can be moved with the JOG whell. The mode of motion can be set in multiple ways (continous, bit by bit, multiple steps). The remote controller is activated by any button press, or turned on by the spring of the JOG whell, and is deactivated within the time frame specifically set in the program. To tackle potential disturbances, 4 radiofrequency chanels can be chosen.

Click here to watch the first experiments: 



During functioning on a machine with 2x3 meter elaboration area: 

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