With the upgrading of industrial flexible production and intelligent human-machine interaction, industrial image processing has evolved from single background automatic analysis to an integrated mode of edge computing, real-time visualization and on-site interactive debugging, driving the rapid popularization of industrial all in one PC. Integrating industrial computing host, high-definition display and touch interaction functions into one machine, industrial all in one PC abandons the cumbersome split structure of traditional industrial host plus external monitor. It has the advantages of compact installation, simple wiring and flexible operation, perfectly matching the real-time debugging and refined detection needs of modern industrial image processing. In recent years, with the large-scale deployment of flexible multi-variety production lines, integrated industrial all-in-one PCs have become the core interactive terminal for on-site vision image analysis and parameter optimization

Traditional split industrial vision systems have obvious defects in flexible image processing and on-site debugging scenarios. The separate host and monitor structure leads to messy on-site wiring, increased signal transmission links and higher failure rate. Complex workshop electromagnetic interference easily causes image data distortion and transmission delay, affecting the real-time display and analysis accuracy of industrial images. Operators need to switch multiple devices to adjust vision algorithm parameters, mark defects and calibrate detection areas, resulting in low debugging efficiency and long production line switching cycle. In addition, split equipment occupies large workshop space and is inconvenient for embedded installation, unable to adapt to the compact layout requirements of modern flexible production lines, restricting the refined and intelligent development of industrial image processing

Industrial all in one PC cooperates with industrial servers to build an integrated intelligent industrial image processing system, realizing the integration of computing, display and interaction. Industrial servers undertake centralized deep learning model training, massive defect image data storage and factory-wide parameter synchronization tasks, providing core algorithm support for on-site vision detection. As integrated on-site intelligent terminals, industrial all in one PC completes real-time collection, analysis and visualization presentation of industrial images locally. The integrated design eliminates redundant signal transmission links, realizing millisecond-level synchronization between server computing results and on-site display pictures. Technicians can directly complete image scaling, defect recheck and algorithm parameter adjustment through the built-in touch screen, realizing real-time intervention and optimization of industrial image processing effects

Industrial all in one PC adopts fully sealed industrial reinforced structure and high-brightness anti-glare display panel, with excellent dustproof, waterproof and anti-vibration performance, supporting 7×24-hour long-term uninterrupted operation. The industrial-grade touch sensor supports stable glove operation in complex workshop environments without drift and failure. The built-in high-performance industrial computing module efficiently runs mainstream image processing algorithms, realizing integrated edge computing and visual output. Rich high-speed industrial interfaces ensure stable docking with industrial servers and industrial cameras, forming a closed-loop intelligent image processing system of server scheduling, terminal computing and on-site debugging. It is widely used in flexible production line defect detection, precision product recheck and intelligent workshop visual monitoring scenarios

TEKOENN focuses on intelligent interactive image processing scenarios and masters core R&D technology of industrial all in one PC. The company’s R&D team optimizes optical bonding and constant-color display technology, solving the problems of reflection blur and color deviation of traditional all-in-one machines in complex light environments. Aiming at server-terminal collaborative work, TEKOENN optimizes image stream synchronization and parameter fast update protocol to improve the intelligence of vision system debugging. The team carries out integrated heat dissipation and structural anti-interference optimization to ensure long-term stable interactive computing performance. Supporting personalized size and function customization, TEKOENN industrial all in one PC provides integrated, efficient and intelligent terminal solutions for modern refined industrial image information processing