Against the backdrop of the accelerated integration of Industry 4.0 and intelligent manufacturing, a groundbreaking 3D full-color projection positioning system has been officially launched, bringing revolutionary visual guidance and spatial positioning solutions to manufacturing, cultural and creative fields. The system is based on full-color projection technology and redefines the application boundaries of projection positioning through multi-dimensional information integration and dynamic stability optimization. It complements existing laser projection technology and opens up a new era of industrial grade visual applications.
Full color projection technology: from "single point guidance" to "panoramic empowerment"
Laser projection technology achieves high-precision positioning with a monochromatic beam, but is limited by the single color and the amount of information in a single projection. The 3D full-color projection positioning system adopts an innovative combination of three color laser sources and DLP display technology, which directly images through red, green, and blue three color lasers, with a color gamut coverage of 110% BT.2020 standard, and can present over 16 million colors. This breakthrough enables the system to not only project a single indicator line, but also synchronously display multi-dimensional information such as complex graphics, text annotations, and 3D models, just like installing "color smart glasses" for industrial scenes.
Key technological advantages:
Multi information integration: supports synchronous projection of CAD models, process parameters, quality inspection standards, and other data, reducing manual switching operations and improving production line collaboration efficiency.
Dynamic stability: Adopting adaptive algorithms to compensate for environmental light interference and object displacement in real time, ensuring that the projected content is always clear and stable, eliminating the flicker problem of traditional projection.
High precision calibration: Combining binocular vision and point cloud scanning technology to achieve millimeter level positioning accuracy, supporting precise mapping in complex surfaces and dynamic scenes.
Application scenario: Global coverage from factory to stage
The system demonstrates unique value in multiple fields with its "full-color+dynamic+precise" features:
Intelligent manufacturing: In scenarios such as automotive welding and component assembly, synchronous projection of process paths and quality inspection standards reduces manual intervention and lowers defect rates by over 30%.
Cultural Creativity: Integrating Projection with Architecture and Natural Landscapes through 3D Mapping Technology to Create Immersive Light and Shadow Shows
Medical field: Assisting doctors in preoperative planning and intraoperative navigation, real-time display of lesion location and vascular distribution through holographic projection,
and improving surgical accuracy to sub millimeter level.
Industry value: Complementary laser projection, expanding visual boundaries
Compared to the monochrome high-precision positioning of laser projection, 3D full-color projection focuses more on information density and scene immersion,
forming a natural complementarity between the two:
Laser projection: suitable for static positioning with extremely high precision requirements (such as assembly of large-sized parts, positioning of aviation composite layers).
Full color projection: proficient in multi information guidance in dynamic and complex scenes (such as flexible production lines and interactive exhibitions).
In the future, we will continue to deepen the integration of full-color projection and AI algorithms, "said the person in charge of system development." Through real-time quality monitoring and predictive maintenance functions, we will evolve projection devices from 'tools' to' intelligent assistants, 'providing a more powerful visual engine for industrial digital transformation