LD (Ladder Diagram)

Utilizing the most fundamental ladder diagram programming method, it intuitively simulates electrical schematics. For engineers accustomed to traditional electrical control logic, LD offers excellent readability and debugging convenience.

ST (Structured Text)

Supporting ST language writing, it is specifically designed for rapid data processing and algorithm implementation. When dealing with complex mathematical operations or large-scale data conversion, ST's efficiency and conciseness are unmatched by traditional languages.

FB (Function Block)

Users can freely configure required instructions and encapsulate them into FBs. Once completed, they can be directly called in subsequent projects without rewriting code, significantly improving project reusability and standardization.

MF (MotionFlow)

As an innovative motion control flowchart, MF handles axis control tasks intuitively. It transforms complex motion instructions into clear flow nodes, making axis positioning and synchronous control as simple as drawing a diagram.

SFC (Sequential Function Chart)

Providing an intuitive flowchart editing interface, it is specifically designed for complex sequential actions. By managing process flows with a state-machine mindset, the program's stepping logic is clear at a glance.

Lowering Development Barriers

Engineers can choose the language they are most proficient in based on personal habits or process characteristics, without wasting time on unfamiliar syntax.

Enhancing Maintenance Efficiency

Use LD for logic control, ST for algorithm processing, and MF for motion control. This structured layered design improves post-maintenance and troubleshooting efficiency by over 50%.

Shortening Project Cycles

Through the encapsulation and calling of Function Blocks (FB), repetitive labor is significantly reduced, accelerating overall project development and delivery.