Demo

2025/09/03

What is a LiDAR scanner?

The core function of LiDAR scanners is to perform non-contact measurements of object surfaces using laser beams, capturing highly accurate 3D data. These devices have already made inroads into various fields, including industrial design, reverse engineering, medical modeling, and the digitalization of cultural heritage. Qiyuan Vision’s AlphaScan series of 3D scanners is a prime example of multi-line LiDAR technology, with its technical specifications and application scenarios showcasing groundbreaking advancements in modern optical measurement equipment.

2025/09/03

Can a regular scanner clearly capture the details of handmade artwork?

When it comes to scanning handmade crafts, how clearly a regular scanner can capture the details depends largely on what exactly you're trying to scan. If it’s a flat, simply structured handmade item, a standard scanner should generally do an adequate job. However, as soon as the object involves complex 3D structures, curved surfaces, or intricate textures, a regular scanner typically falls short. After all, these devices are primarily designed for scanning documents or image-based designs, making it challenging for them to accurately reproduce the detailed 3D information of real-world objects.

2025/09/03

INSVISION AlphaScan 3D Scanner vs. High-Gloss Sheet Metal Parts

As a portable and highly efficient measurement tool, the handheld 3D scanner can rapidly capture three-dimensional data of objects, providing precise data support for industries such as industrial metrology, automotive manufacturing, mold making, aerospace, and energy-intensive manufacturing—thereby accelerating the digital transformation process.

2025/09/02

3D Scanning for Reverse Engineering of Automotive Components – INSVISION

The Qiyuan Vision 3D scanner, AlphaScan, features 30/42 beams of blue laser lines—22/34 of which are cross-shaped blue laser lines designed for standard and large-area rapid scanning. One single blue laser line is used specifically for enhanced scanning in deep holes or recessed areas, while 7 additional blue laser lines are optimized for detailed, high-precision scans. Unbound by workspace constraints, AlphaScan can effortlessly deliver accurate 3D measurements anytime, anywhere—whether in tight, confined spaces or when tackling massive objects.

2025/09/02

3D Scanning of High-Reflective Concave Molds by INSVISION

In modern manufacturing, 3D blue-light scanners are widely used in fields such as reverse engineering and quality inspection due to their advantages of non-contact measurement, high precision, and rapid scanning. However, when dealing with a highly reflective mold, digitizing it using a 3D blue-light scanner becomes a challenging task.

2025/09/02

3D Scanner for Small Objects – INSVISION

In the manufacturing sector, small components are incredibly crucial—they can determine whether an entire machine operates smoothly. Meanwhile, tracking data and monitoring wear on these tiny parts has always been a significant challenge. Even traditional 3D scanners often fall short in addressing this issue, highlighting the urgent need for breakthroughs in new technologies.

2025/08/29

When it comes to defect detection in industrial products, should you choose machine vision or manual inspection?

In the field of industrial product defect detection, companies often face the challenging decision between adopting machine vision or relying on manual inspection. At its core, this choice requires balancing the dynamic interplay among efficiency, cost, and precision. Take the electronics manufacturing industry as an example: when production lines need to inspect micron-level curved surfaces on precision connectors, Qiyuan Vision’s 3D scanning technology shines with its unique advantages. Their AlphaScan handheld device, equipped with AI algorithms and advanced super-resolution 3D reconstruction technology, can capture surface features with industrial-grade measurement accuracy down to 0.020mm—effectively addressing microscopic deformations that are nearly impossible for human inspectors to detect.

2025/08/29

How small can the 3D scanning devices currently available on the market go?

In the field of industrial inspection, miniaturized 3D scanning devices have already achieved millimeter- or even micrometer-level precision. These devices typically rely on non-contact measurement methods, such as laser triangulation or structured-light technology, allowing them to capture high-quality 3D data without damaging the surface of the object being measured. For challenging environments like underground pipelines, modern scanners are specifically designed with features like waterproofing, dust resistance, and corrosion protection, ensuring reliable operation even in wet conditions—or in situations where water is actively flowing.

2025/08/28

What's the difference between white-light and blue-light 3D scanners?

In the field of 3D scanning, the choice of light source directly influences the underlying logic of data acquisition. Qiyuan Vision's independently developed blue-light 3D scanner uses a narrow-band light source with a wavelength of 470nm, which, compared to the broad-spectrum characteristics of traditional white-light devices (600–700nm), can penetrate a wider range of complex surface materials.

2025/08/28

Do you really know what 3D scanning is used for?

Engineers are using the Qiyuan Vision AlphaScan handheld 3D scanner to scan automotive parts—this intricate component, riddled with curved surfaces and numerous holes, was fully modeled at its actual size in just 5 minutes under the scanner.

2025/08/28

Is 3D scanning and modeling impressive?

The Qiyuan Vision 3D scanner boasts a maximum measurement accuracy of up to 0.010 mm, far surpassing the 0.1 mm error limit of manual measurements. It delivers consistently stable capture precision of ±0.015 mm even for complex curved surfaces, while maintaining 0.020 mm accuracy when scanning black metal parts—effectively overcoming the challenges posed by reflective materials.

2025/08/26

3D Scanning Models: The Key Engine Driving Industrial Digital Transformation Powered by INSVISION

In the journey of industrial digitalization, the 3D scanning model technology developed by Qiyuan Vision is emerging as a core tool for reshaping manufacturing processes. As an innovator in China’s metrology-grade 3D scanning field, Qiyuan Vision leverages its independently developed AlphaScan series of devices, seamlessly integrating micron-level scanning accuracy with diverse industrial applications. This enables the company to deliver end-to-end solutions tailored for high-precision industries such as automotive manufacturing and aerospace.
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