過去 25 年多以來，FluidSIM 一直是全球領先的氣動、液壓和電氣技術系統電路圖設計和模擬軟體。FluidSIM 可以讓學員透過設計電路、模擬和實現電路並透過互動優化電路，獲得寶貴的技術技能。一直以來，對控制系統和過程進行模擬都是確保防止發生錯誤、提高效率和品質的工業標準。
FluidSIM 屢獲殊榮，其中包括專家系統創新獎、Worlddidac 獎和德國教育軟體獎。該軟體的全球安裝量已達 30 多萬次，是機電一體化培訓領域最成功的軟體套件之一。
透過 FluidSIM，學員能夠以貼合實際的方式，提高自身在自動化技術方面的技能，並獲得完成複雜任務的能力。FluidSIM 的學習目標包括：
FluidSIM 的應用方式有很多種。根據授權而定，使用者可以選擇使用 Windows 版和 Web 版，也可將 FluidSIM 整合到我們的數位學習平台 Festo LX 中。
FluidSIM 的網頁版本與裝置無關。 這意味著它可以在任何地方、任何時間透過任何裝置（例如 iPad）使用。 網頁版本提供了 Windows 版本約 80% 的功能，包括所有最重要的和最常用的功能。 它持續不斷地進行開發，並且還提供僅在網頁上可用的額外功能。
Windows 版本包含 FluidSIM 的所有功能和內容。 請注意，此版本只能在裝有 Windows 作業系統的裝置上執行。 此版本也可離線使用。
透過將 FluidSIM 整合到 Festo LX，培訓師可以直接在 Festo LX 中建立模擬任務，然後由學生進行操作和模擬。 用戶不再需要在兩個程式之間切換。
FluidSIM 提供了不同的授權模型。根據 FluidSIM 的目標培訓技術而定，授權模型分為 FluidSIM 氣動系統版、FluidSIM 液壓系統版以及 FluidSIM 電氣技術版。此外，也可選擇囊括這三種技術的套裝版。
FluidSIM 365 則是有使用時限的版本，即使用者可在時限（1 年、3 年或 5 年）內使用 FluidSIM 中的相應技術內容，並且在 Web 版和 Windows 版以及我們的數位學習門戶 Festo LX 中均可使用。
立即註冊獲得 30 天試用版，盡情體驗 FluidSIM 的強大功能。
FluidSIM offers tutors and students numerous functionalities and contents that make working and learning with FluidSIM easier and more specific.
FluidSIM also has component libraries for pneumatics, hydraulics and electrical engineering that can either be used together or separately. The component libraries include hundreds of pneumatic, hydraulic, electrotechnical, electric and digital components, and are constantly being expanded and revised.
FluidSIM offers both real and virtual measuring devices that can be integrated in the circuits. Before the simulation, real measuring devices are installed, while virtual measuring devices are used during or before the simulation to display the simulated values of the circuit. Virtual measuring devices, in contrast to real measuring devices, do not influence the circuits. That means they show the real values of the circuit simulated by FluidSIM. Virtual measuring devices can be used in electrical as well as pneumatic and hydraulic circuits.
FluidSIM has an innovative diagnostic concept, which enables the readily available error models for various components to be compiled. Before a simulation, a specific error configuration can be selected; this then has an impact on the subsequent simulation. During this process, defective components can be identified with the help of virtual measuring devices and then repaired virtually.
With the expert mode of FluidSIM, profiles can be created and lessons can be organised and then assigned to students. The profiles enable the functions, components and error models, for example, to be narrowed down so that students only deal with the functions and tasks that are relevant to them. Multimedia training content is also available on FluidSIM so that variety and interest can be added to the lessons.
With FluidSIM, students can put the knowledge they have learned into practice straight away. Signals are transferred either via the connected hardware or via interfaces from other programs. All parameters are identical to those of the training packages from Festo Didactic and can also be fully adapted to the key features of other components. The EasyPort hardware enables FluidSIM to be used both as a controller for real systems and as a replacement for them. The industry standard OPC-UA is also supported, bringing FluidSIM even closer to industrial applications.