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X-Ray Plane is a tool that works using X-ray radiation for fluoroscopy and radiographic purposes. This beam is emitted from the tube directed at the body part and will be captured by the film, so that an image of the illuminated part of the body will be formed. X-rays are produced in a vacuum glass tube and generally consist of a source for producing electrons, an energy source for accelerating electrons, cross-free electrons, a focusing of former electrons, and a material to stop electrons. The purpose of this research was to produce a simulated prototype X-Ray Plane using Visual Basic applications. The proposed research method is System Development Life Cycle (SDLC), which is a process of creating and changing systems and models / patterns taken to develop software systems, which consists of stages including planning, analysis, design, implementation, and testing. The results of this research showed that high voltage setting 90 kV, current setting 100 mA, and exposure timer 0.24. The 3 parameters are in accordance with the hardware that has been set and for the thickness of the object still chooses 16 Cm, so the result of the image is too over because the settings on kV, mA, and expose time is too large for a thickness of 16 Cm.