Intro
Imagine holding the future of precision metrology scanning in your hands. The Artec Point is not just another handheld 3D scanner—it’s a breakthrough in metrology, combining unmatched accuracy with effortless usability.
Whether you’re tackling complex geometries or inspecting hard-to-reach areas, this scanner delivers certified precision down to 0.02 mm with rapid data capture. Thanks to its intuitive interface and unshakable tracking, you can achieve repeatable, high-accuracy results every time—no fine-tuning required, regardless of operator skill. The Artec Point is set to redefine how metrology 3D scanning is used in demanding industries.
Artec 3D has released the Artec Point, a metrology-grade handheld laser 3D scanner designed for quality control and reverse engineering applications. This new 3D scanner combines high accuracy with versatile scanning capabilities, making it a practical tool for professionals in various industries.
Key Takeaways (TL;DR)
Artec Point is a high-accuracy, versatile handheld 3D scanner for metrology applications, offering multiple scanning modes and certified precision.
MAIN POINTS:
- Achieves accuracy up to 0.02 mm with 2.8 million measurements per second
- Features multiple scanning modes for different surface types and geometries
- Integrates with Artec Studio software for real-time visualisation and processing
TAKEAWAYS:
- Certified accuracy based on ISO 17025, VDI/VDE 2634, and JJF 1951 standards
- Suitable for quality control and reverse engineering across various industries
- Lightweight design allows one-handed operation in hard-to-reach areas
Key Features and Specifications
One of the standout features of the Artec Point is its multiple scanning modes. Users can switch between grid, parallel, and single-laser modes to optimise capture for different surface types and geometries. This flexibility allows for effective scanning of complex surfaces, including black or shiny exteriors.
The scanner is equipped with HD cameras fixed at steep viewing angles, enabling scanning in narrow, hard-to-reach areas. Its metal chassis provides durability for use in demanding industrial environments.
Certified Accuracy and Ease of Use
The Artec Point is certified based on ISO 17025, VDI/VDE 2634, and JJF 1951 standards, providing confidence in its accuracy for advanced metrology applications. Its lightweight, ergonomic design allows for one-handed operation and easy tilting to scan difficult areas.
The Artec Point captures objects with varying sizes, finishes, and intricate details, including dark and shiny surfaces as well as deep recesses and holes – features that are typically challenging for 3D scanners.
With a scanning speed of up to 120 frames per second, the Artec Point offers fast data capture and solid tracking. This high speed, combined with its wide field of view, allows for efficient scanning of larger objects while keeping targets visible.
Have a look at these models scanned with the Artec Point (click on the model to interact with it):
Perfect for Metrology 3D Scanning
Metrology 3D scanning in manufacturing refers to the use of advanced scanning technologies to measure and analyse the physical characteristics of objects in three dimensions. This process is crucial for quality control, design verification, and ensuring that parts meet specified tolerances.
Achieve high repeatability
With an intuitive interface and unshakable tracking, the Artec Point ensures that you get repeatable results regardless of operator skill, without having to fine-tune any settings.
Key Aspects of Metrology 3D Scanning
1. Precision Measurement:
Metrology standard 3D scanning captures detailed geometric data of an object, allowing manufacturers to measure dimensions, shapes, and surface textures with high accuracy.
2. Quality Control:
It enables manufacturers to compare scanned data against CAD models or specifications to identify deviations and ensure that products meet quality standards. This capability is particularly important for aviation, military and medical applications.
3. Rapid Prototyping:
3D scanning facilitates the quick creation of prototypes by providing precise measurements that can be used to refine designs before production.
4. Reverse Engineering:
When original design files are unavailable, 3D scanning allows manufacturers to recreate models from existing parts, aiding in the modification or enhancement of products.
5. Data Visualisation:
The scanned data can be visualised in 3D, helping teams to better understand complex geometries and make informed decisions during the manufacturing process.
6. Integration with CAD Software:
Scanned data can be imported into CAD software for further analysis, modification, or integration into new designs, streamlining the workflow.
Integration with Artec Studio Software
The Artec Point integrates seamlessly with Artec Studio software, enabling real-time visualisation and fast data processing. Users can compare scans to CAD data and merge data from other Artec scanners for comprehensive 3D modelling.
Applications Across Industries
This versatile scanner is well-suited for various applications, including:
- Quality control
- Reverse engineering
- Retrofitting
- Creating aftermarket parts
Industries that can benefit from the Artec Point include automotive, aerospace, manufacturing, heavy industry, mould-making, and energy sectors.
Practical Considerations
It’s worth noting that the Artec Point requires attaching targets to objects for optimal results. The scanner uses a blue laser, classified as Class II (eye-safe), and comes with a 1-year warranty.
For optimal performance, Artec recommends using a computer with Windows 10 or 11 and at least 64 GB of RAM.
How to Buy an Artec Spider II 3D Scanner?
The Artec Point is available in South Africa via Rapid 3D — the authorised agents for Artec 3D in Southern Africa — for US $26,300 and includes a 1-year warranty, providing value and support for your investment.
Conclusion
The Artec Point offers a practical solution for professionals seeking high-accuracy 3D scanning in a handheld device. Its combination of metrology-grade accuracy, versatile scanning modes, and user-friendly features make it a valuable tool for quality control and reverse engineering applications across various industries.
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References:
Artec 3D (Rapid 3D are the authorised partners for Artec 3D in Southern Africa)
Oqton (Rapid 3D are the authorised partners for Oqton in Southern Africa)
Q: What is blue-light technology?
A: Blue light technology in 3D scanning primarily utilises structured light scanning methods to capture high-resolution, accurate models of objects. This technology has distinct advantages over traditional white light scanning, making it increasingly popular across various industries.
Advantages of Blue Light Technology
- Higher Precision and Accuracy: Blue light scanners operate within a narrow wavelength range (typically 405 to 450 nanometers), which allows for better control over interference and noise. This results in more precise measurements compared to white light scanners, which utilise a broader spectrum of visible light and can suffer from interference, especially on complex or reflective surfaces.
- Surface Sensitivity: Blue light technology excels in scanning shiny or reflective surfaces. The specific wavelength helps minimize glare and specular reflection, enabling accurate surface measurements that are often problematic for white light scanners.
- Speed of Scanning: Blue light scanners generally provide faster data acquisition, making them suitable for high-throughput applications. The focused beam allows for rapid scanning, which is beneficial in manufacturing and quality assurance processes.
- Full Field Scanning: This technology enables the capture of large surface areas in a single scan, significantly improving efficiency. Blue light scanners can produce millions of data points quickly, facilitating the creation of detailed digital twins of physical objects.
- Applications Across Various Sectors: Blue light scanning is widely used in manufacturing, prototyping, quality assurance, forensics, and cultural heritage digitisation. Its ability to produce high-quality scans rapidly makes it a preferred choice for many commercial applications.
Blue light technology represents a significant advancement in 3D scanning, offering superior precision, speed, and adaptability compared to traditional methods. Its effectiveness in handling reflective surfaces and rapid data collection makes it an invaluable tool in modern industrial applications.