PMT laser scanning arm has offered a perfect solution for digital archiving.
China boasts a rich history of civilization spanning thousands of years, with its cultural relics and heritage serving as non-renewable and irreplaceable resources that bear witness to the past. To a great degree, strengthening efforts to preserve and inherit cultural heritage just means to preserve Chinese history. For this reason, there is an urgent need to archive and digitize cultural relics based on the protection of cultural relics and possible restoration in the future. By adopting a series of conservation approaches, our nation can obtain a higher civilization degree.
In view of the unique characteristics of cultural relics, it is crucial to prevent any additional damage during the process of protection and restoration by using of stringent approach. Consequently, it is necessary to employ advanced technological solutions for sampling existing cultural relics, and the PMT laser scanning arm laser scanning arm has offered a perfect solution for digital archiving.
The PMT laser scanning arm can quickly obtain the 1:1 exterior measurements of cultural relics, and the point cloud spacing is more dense and compact so we can get distinct characteristics of the relics. It is especially suitable for recording the cultural treasure.
PMT Scan Arm provides high, medium and low resolutions to adapt to the characteristics of different structures, which is more real and accurate, as shown below.
PMT Scan Arm is not only suitable for a wider range of temperature, humidity, and atmospheric pressure variations, but also has a low power consumption design, making it highly suitable for outdoor application.
PMT Scan Arm provides different exposure time and intensity, which can be adjusted and matched according to the material and color of different cultural relics to achieve the purpose of rapid acquisition.
PMT Scan Arm performs spatial positioning based on its own coordinate system, without the need to arrange positioning assistance on the surface or around the cultural relics, and all are safety-grade lasers that will not cause damage to artifacts.
Through the utilization of 3D scanning technology, it is possible to effectively preserve all visual aspects of cultural relics in their true form, thereby providing essential foundational reference data for purposes such as reconstruction, restoration, display, and redesign. For instance, when exposed to natural elements like wind and rain over time, inscriptions located at the entrance of a temple may undergo erosion to some extent resulting in a slight blurring effect on the original handwriting.
In the past, cultural relics could only be appreciated on-site. People from all over the world took different means of transportation, queued up to grab tickets and admired from a distance without being able to fully comprehend the historical value of artifacts deeply. By using a scanned grid model as the basic framework and then forming a texture model through texture attachment, the cultural relics can be transferred online, which facilitates wider audience reach and more effective dissemination.
The cultural and creative products have embodied cultural connotation, which can generate new value from tradition, thereby contributing to the sustainability of non-profit cultural relic institutions. In the meantime, the innovative development of ancient artifacts not only helps to preserve their intrinsic value but also means an exploration and dissemination of it.
Due to time and environmental factors, numerous cultural relics have been incomplete or even damaged since excavation, particularly ancient pottery and porcelain. Manual comparison not only poses a risk of damage but also significantly increases the workload and investment of human and material resources. Utilizing scanning technology to acquire physical models and subsequently assembling and selecting them within software (such as piecing together fragments of Terracotta Warriors) presents an excellent solution.
“The magneta peeling of Tang Dynasty murals is difficult to record manually. The PMT portable measuring arm with high-resolution scanning head generates decay maps for targeted restoration of Tang Dynasty murals, quadrupling efficiency and realizing the perfect combination of traditional skills and modern technology. In addition, training and support from PMT ensured seamless adoption.”
“Regular scans with the PMT portable CMM built millimeter-level databases for Buddha statue weathering, enabling data-driven preservation strategies.”
“Non-contact laser scanning at 0.5m distance captures intricate bronze patterns without harming relics. Adjustable laser intensity in PMT’s CMM machine arm safeguards fragile artifacts during 1:1 digital reconstruction.”
In manufacturing and assembly, precise measurement solutions ensure components meet design specifications. Tools like CMMs and portable measurement arms verify dimensions, alignment, and tolerances, ensuring quality control and efficiency during production and assembly processes.
Engineering machinery measurement solutions include tools like CMMs, laser scanners, and portable measurement arms to assess critical machine components. These solutions ensure precise measurements of dimensions, alignment, and geometric tolerances, improving manufacturing accuracy and efficiency.
Measurement data analysis involves processing collected data to evaluate dimensions, tolerances, and quality. Tools like CMM software provide visualizations, statistical analysis, and reports to identify deviations and improve production processes effectively.
Critical dimensions like hole diameter, flatness and perpendicularity can be captured using CMMs or portable measurement arms. The PMT portable arm offers flexibility for on-site inspection with its features of high accuracy and ease of use, becoming an ideal tool when measuring large complex structural parts.
PMT Portable Measurement Arm has shown significant advantages in the field of tooling inspection and adjustment. Its high-precision measurement capability and excellent stability ensure the accurate positioning and adjustment of tooling equipment, effectively enhancing production efficiency and product quality. Therefore, it has become an indispensable and efficient tool in such field.
