In the field of precision manufacturing, the details of a workpiece directly impact product quality. This is particularly true for small, complex structural components (such as parts in the 1 cm to 10 cm range), where subtle curved surfaces, intricate textures, potential defects, or minute dimensional deviations are often critical factors influencing product performance, assembly precision, and even service life.
The XTOM-MATRIX series of high-precision blue-light 3D scanners from XTOP3D features industrial camera lenses with various fields of view and delivers measurement accuracy of up to 6 microns. With exceptional capabilities in capturing detailed workpiece features, these scanners can be used to measure linear dimensions, angular dimensions, and geometric tolerances across a wide range of small-to-medium precision components, providing the precision manufacturing industry with efficient and accurate geometric measurement solutions.
Project Challenges
1. The "Small Size" Challenge: Components ranging from 1 to 10 cm feature minute details, placing higher demands on the precision, resolution, and stability of scanning equipment. Standard 3D scanners often struggle, leading to a loss of detail or the generation of noise.
2. The "Complex Structure" Hurdle: Components with complex structures often feature intricate curved surfaces, chamfers, holes, and textures. Fully capturing all surface data presents a significant challenge during the scanning process.
3. High Precision Requirements: Precise dimensional data is required for subsequent quality control and manufacturing, necessitating exceptional accuracy in the final data.
XTOM Blue-Light 3D Scanner
Accurately Capturing Dimensional Data and Geometric Features
Designed for small-to-medium-sized precision components, the XTOP3D XTOM-MATRIX high-precision blue-light 3D scanner leverages micron-level accuracy and high-quality industrial cameras (5–9 megapixels) to precisely capture dimensional data and geometric features (including fine details).
01 Competitive Cycling Components
When scanning small-sized components, the XTOM blue-light 3D scanner clearly reproduces intricate features such as contoured surfaces, hole locations, and inter-hole distances; it also precisely captures every detail, ensuring no features are missed during inspection.
02 Die-cast parts for electric height-adjustable desks
The die-cast housing of the height-adjustable desk features complex geometric structures, including numerous curved surfaces, mounting holes, and grooves. The XTOM blue-light 3D scanner rapidly and accurately captures its complete 3D data; when combined with 3D inspection software, it clearly visualizes geometric and dimensional deviations, as well as discrepancies in hole positions and diameters.
03 Plastic Parts for Automatic Water Dispensers
Plastic parts often feature intricate external details and minute characteristics—such as micro-holes, micro-grooves, chamfers, and textures—that are difficult to capture precisely. The XTOM-MATRIX high-precision blue-light 3D scanner enhances both the efficiency and accuracy of inspecting complex plastic components, offering exceptional capability in reproducing fine details.
04 Robot Dog Rotating Shaft Component
For structural components intended for assembly, the XTOM-MATRIX blue-light 3D scanner captures everything from the overall structure to fine details, enabling precise measurement of recessed holes and hollow features to ensure assembly accuracy.
05 Mold Electrodes
The XTOM-MATRIX blue-light 3D scanner performs 1:1 scanning of mold electrodes, precisely capturing fine surface details and rapidly acquiring 3D data. By comparing this data against the design model to detect dimensional and profile deviations, it ensures the machining accuracy of the mold electrodes.
06 Automotive Steering Wheel Components
Utilizing the high-density point cloud data acquisition capabilities of the XTOM-MATRIX blue-light 3D scanner, automotive steering wheel components—characterized by complex surface features, intricate edge profiles, and multiple assembly holes—are fully captured, enabling comprehensive dimensional deviation analysis.
07 Automotive Plastic Bumper Component
The XTOM-MATRIX blue-light 3D scanner is capable of capturing the intricate recessed structures and surface details of plastic automotive bumpers with high precision and data completeness. When combined with 3D inspection software for dimensional analysis, it enables strict control of the product within specified tolerances, thereby ensuring successful downstream assembly.
