In response to the industry pain points of precision structure, high integration, and insufficient expressive power of traditional 2D graphic display and training methods in industrial intelligent equipment, Tupu is based on its self-developed low code digital twin platform exclusive 3D interactive manual editor, which transforms the equipment structure, assembly, operation and maintenance specifications and operating mechanisms into interactive scenarios that can be explored, cut, disassembled, and rehearsed. The solution adapts to various hardware equipment and quickly generates standardized and reusable digital resources. Taking into account product display, operation and maintenance training, skill assessment, and university teaching and research training, we aim to achieve the dual value implementation of government enterprise teaching and research.

This editor supports 2D/3D dual-mode workflow: 3D mode completes scene construction, while 2D mode is responsible for layout of drawings. Drag and drop the composite model onto the canvas to automatically disassemble it into independent parts. With tools such as exploded diagrams, flat cutting, and assembly guide lines, the internal structure of the product can be visually displayed. It also supports attaching text, images, audio and video labels, and distance measurement annotations to the components.

Editor advantages

The manual mainly uses taking photos and snapshots as the main application mode. After adjusting the camera position and component status, the operator can take a one click photo, and the system automatically solidifies all camera, material, transformation, and other states, generating a view sequence with smooth transition animation, supporting continuous playback and page flipping browsing.

The disassembly and assembly process is arranged through a recorded step timeline: simply drag the part, and the editor automatically records keyframes such as displacement, rotation, scaling, and visibility, displayed in a lane style timeline, supporting step splitting, merging, and segment by segment preview.

In addition, the editor can automatically generate BOM material lists, configure tool lists, and arrange chapter courses, and publish them in three training modes: demonstration, practice, and assessment. In the assessment mode, scores are automatically generated and a score report is generated, which is ultimately delivered in the form of a web player without the need to write any code.

precision machinery

Mechanical wristwatch

As a fusion carrier of precision watchmaking technology and mechanical aesthetics, mechanical watches have intricate and complex movement structures, precise and rigorous mechanical transmission logic, and traditional display methods are difficult to interpret their technological value and operating principles. The plan follows the exploration logic of "from the outside to the inside, from static to dynamic", and realizes the visual guidance of the watch's appearance technology, movement structure, operating principle, and calibration and maintenance scenarios. Adapt to scenarios such as brand tasting, user experience, after-sales training, and watchmaking research and development.