A highly functional and high-performance handheld 3D scanner with two modes: small area high-precision scanning and wide area high-speed scanning.
The BILIN handheld 3D scanner has two modes: normal mode and high-precision mode. It supports two types of splicing: feature and mark points, and by supporting the frame point mode of the imaging measurement system, it accommodates a wide range of scanning applications.
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basic information
This is a compact handheld scanner ideal for small area, high-precision scanning. Scanning accuracy: 0.02-0.1 mm Scanning speed: <0.01 seconds Scanning modes: 1. Future Stitch 2. Mark Point Stitch 3. Mix Stitch
Price range
P5
Delivery Time
P4
Applications/Examples of results
3D scanners are widely applicable in various industries for 3D reconstruction scenarios such as reverse engineering, CNC machining systems, and 3D printing. ◆Applications: Dental, medical surgery, footwear, figures, objects, product design, vehicles, etc.
Detailed information
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High-precision handheld 3D scanner
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Dental dental model scanning (in the medical field such as dentistry or surgery)
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Scanning of hands and feet (Modeling of life-size large figures)
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Shoe scanning (such as shoe mold design)
Line up（1）
| Model number | overview |
|---|---|
| BILIN460PLUS |
Company information
In recent years, devices such as laser processing machines, 3D printers, and CNCs have become widespread, making manufacturing more convenient. However, environmental and resource issues are becoming increasingly serious and are now international challenges. Therefore, there is a demand for manufacturing items, materials, and services that have a lower environmental impact. As stakeholders in manufacturing, we bear this responsibility and must create a sustainable society. Our company aims to incorporate new items and technologies as tools in global environmental protection activities. Additionally, we would like to provide better productivity proposals and services while incorporating necessary production volumes and material selection.
