Today, 3D scanning technology is increasingly being applied in many fields, from industrial manufacturing to medicine and art. Simultaneously, 3D scanners play a crucial role in the field of 3D scanning technology and its applications. 3D scanners help create accurate and detailed 3D scan files. These files can be used to create 3D models, analyze dimensions, design products, and many other applications. In particular, CMM (Coordinate Measuring Machine) services also play a vital role in the accurate measurement and inspection of models and products created from 3D scan files. Let's explore 3D scanning services and pricing with Thai Phat in the following article.
Scan 3D ngày càng ứng dụng sâu rộng trong mọi lĩnh vực, mọi ngành nghề
What is 3D scanning service?
3D scanning service is a specialized service that provides the process of scanning and creating 3D models of objects or spaces using 3D scanning equipment. This 3D scanning process accurately converts real-world images into three-dimensional models with corresponding detail and dimensions.
3D scanning services are commonly used in many different fields, including industry, healthcare, construction, art, product design, and many others. Applications of 3D scanning services include creating 3D models for dimensional analysis, design, product quality control, research and development of new products, and many other purposes in the manufacturing and product development process.
3D Scanning Technology and its Practical Applications
3D scanning technology is a powerful and versatile tool with wide applications in many practical fields, from industry to medicine, construction, and art. Using 3D scanning technology, we can create accurate 3D numerical models of objects and their surrounding environments. Below are some areas where 3D scanning technology is commonly applied.
Museum and Museum Technology
3D scanners using white light enable efficient scanning without requiring special lighting conditions, offering flexibility in application across various museum environments. White light 3D scanners allow for the scanning and reproduction of complex colors of artifacts, creating visually intuitive color 3D files useful for the preservation and storage of museum artifacts.
The ability to quickly scan surfaces with high resolution within a few microns is also crucial, enabling efficient reproduction of artifact details. White light 3D scanning technology is a valuable tool in research and conservation work at museums.
Carbon Credit Calculation
With the European Union (EU) introducing a roadmap for adding carbon charges to imported goods in the coming years under the CBAM mechanism, a multi-billion dollar economic sector is opening up for Vietnam. Many forest growers are facing the opportunity to change their lives by selling carbon credits. Therefore, the demand for carbon credit calculation to participate in the carbon market using 3D scanning technology is very high.
3D scanners support carbon credit calculation up to 10 times faster.
Mold making, measurement, and heavy industry
In high-precision measurement fields such as mold making, measurement, and heavy industry, blue light 3D scanning technology is the top choice. This is a crucial tool for scanning complex details like polished black stainless steel with high accuracy, meeting stringent technical requirements.
Healthcare Sector
In the healthcare sector, safety and high accuracy are paramount. Blue light 3D scanning technology meets these requirements with its fast speed and high-resolution, accurate scanning capabilities. In particular, it enables the creation of medical products that support doctors and medical professionals, such as ear models, braces, dentures, and prosthetic limbs, while also effectively assisting in the examination and treatment of diseases.
3D scanning supports the production of Simbaby for clinical teaching at the Central Children's Hospital.
CNC Wood, Stone, and Fabrication Industries
Green laser 3D scanners play a crucial role in the CNC field due to their ability to collect data quickly and with high quality. With a single scan, these machines can capture millions of accurate 3D data points, creating the necessary visual feedback in the software. This process allows for the improvement of prototypes before mass production, reducing costs and enhancing product quality in the CNC industry.
Construction and Large Spaces Industries
Compact and portable 3D scanners like the F6 Smart can perform 3D scanning from distances up to 4.5m, supporting large-scale scanning of interior and exterior spaces day and night, facilitating quick and efficient surveying of construction projects. At the same time, long-range 3D scanners like the ZEB Horizon can scan 3D at distances up to 100m, suitable for scanning large structures such as mines and forests, delivering sharp and highly accurate results. Handheld 3D scanners optimize the 3D scanning process, miniaturizing and automating it as needed in commercial applications.
3D scan of the Hanoi Opera House
What is 3D Measurement?
3D measurement is the process of measuring and recording information about objects and spaces in three dimensions (3D). In 3D measurement, information is collected and represented as three-dimensional data, usually expressed as a 3D model or 3D point.
The 3D measurement process typically uses modern equipment and technologies such as 3D scanners, 3D laser scanners, spectrophotometers, photogrammetry techniques, or techniques using ultrasound, radio waves, and similar technologies to collect information about the surface and shape of objects.
3D measurement is very important in the mechanical engineering industry.
3D Surveying Services
3D CMM Surveying Services
3D CMM surveying services involve measuring and inspecting the dimensions and shapes of objects using a CMM machine. CMM machines utilize precise sensors and technology to identify points in 3D space within an object, thereby generating detailed data on its dimensions and shape.
3D Cadastral and Topographic Surveying Services
3D cadastral and topographic surveying services focus on using 3D measurement technology to perform measurements and create 3D models of cadastral and topographic elements. This process provides detailed information about the elevation, depth, shape, structure, and natural environment of a specific area.
The applications of 3D cadastral and topographic surveying services are diverse and important in many fields, including:
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Urban planning
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Catalytic and topographic research
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Natural resource management
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Infrastructure construction
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Disaster response and environmental protection
3D Forest Area Measurement and Carbon Credit Calculation Support Service
Our 3D forest area measurement and carbon credit calculation support service focuses on using 3D technology to measure forest area and related information, thereby supporting the calculation of carbon content within the forest area. This 3D information is extremely important in environmental management and protection, especially regarding climate and carbon.
3D forest area measurement and carbon credit calculation services include:
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Accurate forest area determination
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Carbon calculation
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Climate change and environmental management
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Support for sustainable planning and development
3D Measurement Services for Coal Mines, Coal Yards, and Sand Dune Areas
3D measurement services for coal mines, coal yards, and sand dune areas focus on using 3D measurement technology to determine and measure the volume of coal mines, coal yards, sand dunes, or similar objects. This volume information is crucial for resource management and mining planning.
Applications of 3D measurement services for coal mines, coal yards, and sand dune areas include:
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Resource management.
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Production planning and management.
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Environmental assessment.
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Planning and construction.
3D Surveying Services for Construction and Urban Development Completion
3D surveying services for construction and urban development completion focus on using 3D surveying technology to support the process of inspecting and evaluating the progress of construction and urban development completion. 3D information is used to determine the level of completion, check quality, and optimize construction schedules.
Applications of 3D surveying services for construction and urban development completion include:
- Checking construction progress
- Assessing construction quality
- Resource management
- Optimizing construction plans
3D Scanning and Measurement Services at Thai Phat: High-Precision Canadian Technology
Advanced 3D scanning technology, utilizing integrated Canadian-engineered measuring heads such as the Metra Scan system, delivers superior performance with high accuracy and resolution. The Metra Scan is a flagship product, combining leading Canadian technology, focusing on 3D measurement and modeling with optimal precision.
3D Scanning and Measurement Technology at Thai Phat
Thai Phat is one of the pioneering companies providing high-precision 3D scanning services for comprehensive 3D measurement and reverse engineering applications. 3D scanning technology is applied to quickly collect data on complex dimensions and shapes using optical, laser, or structured light technology. Devices use one or more cameras to perform 3D scanning and create a "point cloud"—a collection of 3D points on the object's surface. Data from the point cloud can be processed into polygonal meshes or STL, OBJ files, suitable for 3D printing.
Thai Phat utilizes a variety of modern, accurate, and high-speed equipment such as Creaform HandyScan Black Elite, Creaform HandyScan 700, Creaform MetraScan, Creaform GoScan, Creaform HandyProbe Next Elite, Mantis Vision F6 smart, and Geoslam ZEB Horizon. This process ensures diversity and the best selection for each project, depending on customer requirements.
For post-processing, Thai Phat uses powerful software such as Geomagic Design X, Geomagic Control & PolyWorks, and Inspect Elite to convert point cloud datasets into high-quality 3D CAD models; or to compare 3D scans with the original design.
Thai Phat provides on-site 3D scanning services, allowing us to send samples or come directly to the customer's location. Our mobile equipment is fully portable, allowing us to 3D scan any object, size, and space, overcoming the challenges of large or heavy samples that are difficult to transport.
Thai Phat's 3D scanning services cover a wide range of fields, from industry, product design, construction, manufacturing, reverse engineering, to quality control, dimension management, and research and development. The quality and versatility of our 3D scanning technology meet the diverse needs of our customers today.
Ordering Process for 3D Scanning and Measurement Services at Thai Phat
Step 1: Call to place an order. A consultant will gather your information and ask some questions related to the object you want to measure/scan in 3D. You need to provide complete information about the object such as: dimensions, characteristics, color, etc.
Step 2: After consultation and customer satisfaction, Thai Phat will send a detailed price quote.
Step 3: Thai Phat will proceed with 3D scanning of the object/project according to the agreed-upon price.
Step 4: Thai Phat will perform post-processing and create the 3D file.
Step 5: Deliver the 3D scan results to the customer.
Pricing for 3D Scanning and CMM 3D Measurement services at Thai Phat.
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Loại dịch vụ 3D |
Đơn Giá ( VND) |
Ghi chú |
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Đo 3D |
Từ 2.000.000đ đến 15.000.000đ |
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Dịch vụ Scan 3D
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Scan 3D ngành gỗ,đá, CNC... |
2.000.000đ/ ngày |
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Dịch vụ Scan 3D rừng cây tính tín chỉ carbon, Scan 3D khu đô thị, quả đồi, bãi than, bãi cát… |
Tùy diện tích, khối lượng công việc... |
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Scan 3D vật thể ( tùy kích thước vật thể |
Từ 500.000đ - 5.000.000đ / sản phẩm |
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Scan 3D số hóa bảo tàng |
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Typical 3D Scanning and 3D Measurement Projects by Thai Phat
After a period of establishment and development, Thai Phat has built a strong image and reputation in the market with many large and small projects. Some notable projects include:
Application of 3D Scanning Technology for Reverse Engineering and QC Inspection of Machine Lines in Hai Phong
The project applying 3D scanning technology for reverse engineering and quality inspection on an engine block production line in Hai Phong took a total of 9 days. This included sample preparation (1 day), design analysis (1 day), 3D scanning of samples (3 days), and reverse engineering and 3D file export (5 days). This work ensured efficiency and accuracy in engine block production.
3D Scanning Technology Application in Design and Production Quality Control of Automotive Mechanical Parts
The project applying 3D scanning technology to the design and production quality control of automotive mechanical parts is underway with a detailed and flexible process. First, the prototypes are prepared by disassembling and cleaning them. Then, the prototype design is analyzed to understand the requirements and structure. The 3D scanning process is quick, with each prototype taking only about 1 hour. Finally, reverse engineering and 3D file generation are also performed efficiently, taking approximately 3 hours per prototype. In total, this project ensures quality and accuracy in the production of automotive mechanical parts.
3D Scanning Technology Application in Surface Design and Quality Control, Aerodynamic Analysis of Train Carriages at Hanoi Station
The project applying 3D scanning technology in the design and quality control of the surface and aerodynamic analysis of train carriages at Hanoi Station is being implemented according to a detailed and rigorous plan. The process includes sample preparation and design analysis within one hour. Next, 3D scanning of each sample takes approximately 1.2 days, ensuring accurate aerodynamic and surface data collection. Finally, reverse engineering and 3D file export are performed to create an accurate model. In total, this project contributes to improved quality and accuracy in the design and quality control of train carriages at Hanoi Station.
3D Scanning Service for the Lam Ha Monument
The Lam Ha artillery position was a crucial defensive point, maintaining the smooth flow of traffic across the iron bridge spanning the Chau River and the train station in Phu Ly town. The female militia members of this company, aged 16 to 24, sacrificed their lives in battles during the early days of the war against the US.
Today, these 10 heroic girls have become sacred symbols, known as the "10 Steel Flowers," and are commemorated in the Lam Ha area. Thai Phat Technology Equipment Co., Ltd. undertook the important task of 3D scanning and creating the monument to commemorate these heroes, ensuring high accuracy and meeting stringent requirements in material calculation and CNC stone processing. This work was completed in a short time and received praise from the investor.
3D scan of the stone monument in Lam Ha, Ha Nam.
3D Scanning at the State Bank of Vietnam
Thai Phat Technology Equipment Co., Ltd. provided a 3D scanning solution to digitize thousands of ancient Vietnamese coins and thousands of pages of original documents related to the history of Vietnamese currency at the State Bank of Vietnam. The goal of this project was to develop a digital museum-style display software to commemorate the 70th anniversary of the State Bank's founding.
The company used 3D scanning equipment, including HandyScan Black Elite and F6 smart, to perform the 3D scanning process. This process took 4 days and achieved the highest accuracy and resolution for the ancient coins and historical documents.
3D scanning of ancient coins at the State Bank of Vietnam.
3D Scanning of Turbines at PV Power
The Vung Ang 1 Thermal Power Plant in Ha Tinh province is a key project of PV Power, a subsidiary of Ha Tinh Oil and Gas Power Company. This plant boasts a powerful capacity of 1,200 MW, divided into two units of 600 MW each, and a significant average annual electricity output of 7.2 billion kWh.
To ensure the efficient and durable operation of the jet engine turbine blades at this plant, PV Power has requested the use of 3D scanning technology. The goal is to perform 3D scanning of a total of 12 sets of jet engine blades, and this work will be carried out using Creaform's HandyScan Black Elite 3D scanning equipment. Most importantly, Thai Phat's 3D scanning work must be completed within one day and requires the highest level of accuracy according to international measurement standards, including ISO 17025, ISO 9001-2015, and IATF 16949.
3D scan of a jet engine turbine.
3D Scanning of Ancient Artifacts for Hue Museum
The 3D scanning of over 1000 historical and artistic artifacts for the Hue Museum is a crucial project for protecting and preserving the region's precious cultural heritage. The 3D scanning process creates accurate digitized versions of the artifacts, allowing for study, experience, and exploration without direct contact. This not only helps preserve the heritage but also facilitates research and education about history.
Using a Metra Scan 3D scanner to digitize museum artifacts in 3D.
3D Scanning of 100 Ancient Artifacts and the Stone Dragon Terrace of Thang Long Imperial Citadel
Thai Phat Company is extremely proud to have been entrusted with the 3D scanning of all the stone dragons at Thang Long Imperial Citadel, one of Vietnam's most important historical and cultural relics. Using advanced HandyScan 3D scanning equipment, the company performed the 3D scanning of the stone dragons with high resolution and maximum accuracy.
The results of this 3D scanning project will provide a complete and unique digitized version of the stone dragons at Thang Long Imperial Citadel. This not only helps preserve the heritage but also creates a new way for locals and tourists to interact with and explore historical relics in a more authentic and engaging way. The high-resolution 3D scanning work has affirmed 3D Master Company's reputation in the digitization and preservation of Vietnam's cultural heritage.
In this article, we have provided detailed information about 3D scanning and 3D measurement services, as well as some of Thai Phat's outstanding projects. If you are interested in these services, please contact 3D Master using the information below for quick consultation and pricing.
