: Building specialized lathes, mills, or routers with unique automated loading systems.
For machine builders integrating Syntec with relays, sensors, and solenoids.
When testing finishes, the tool packages compiled ladder diagrams, parameters, and UI screens into deployment-ready payloads. This minimizes manual file transfers and cuts down on setup mistakes during field commission updates. Applications Across Industrial Sectors
| Language | Use Case | Example | | :--- | :--- | :--- | | | Basic contouring | G01 X100 F2000 | | Syntec Macro B | Conditional logic, loops, math | #101 = #102 + 5 IF [#101 GT 10] GOTO 100 | | Ladder Diagram | I/O control, safety interlocks | Normally open contact (X0.0) energizing coil (Y0.1) | | ST (Structured Text) | Complex arithmetic, array handling | FOR i:=1 TO 10 DO #500[i]:=0; | syntec ide
The Syntec IDE interface consists of the following components:
Managing discrete files, simulators, and configuration paths manually creates significant friction for CNC machine builders and system integrators. Syntec IDE functions as a centralized command center to solve this problem.
Syntec IDE makes it straightforward to design user-friendly operator interfaces. With the EMI editor, developers can customize the screens, buttons, and display parameters seen on the Syntec machine controller. 4. Controller Simulator : Building specialized lathes, mills, or routers with
Once logic is written in the PLC editor or a custom interface is laid out in the eHMI tool, changes sync to the simulator. Engineers can run dry tests on G-code execution, inspect I/O changes, and ensure safety logic behaves correctly before pushing code to physical equipment. 4. Automated Packaging
It detects, downloads, and initializes specific sub-applications based on the selected machine type (e.g., Syntec CNC controllers , woodworking units, or robotic cells).
The IDE primarily consists of three major components used for different stages of controller development: This minimizes manual file transfers and cuts down
Used for troubleshooting by analyzing system history and error logs. Setup & Usage Project Creation:
: Creating screens that display real-time OEE (Overall Equipment Effectiveness) data. System Requirements and Compatibility
To write code: