3D Scanning for Consumer Electronics
3D scanning for consumer electronics application enables high-precision reverse engineering, quality control, 3D measurement, 3D modeling, and digital documentation throughout small circuit board and electronic device manufacturing.
Overview
In the Information Age, electronic devices are indispensable. From consumer electronics products to information infrastructure such as servers and communication base stations, all rely on high-quality electronic hardware.
Quality control in consumer electronics industry has evolved significantly, yet traditional measurement methods continue to face critical challenges, including complex product structures with numerous small geometric features capture, full-field inspection with high dimensional accuracy, overall deformation inspection, and
multiple tests in adjusting parameters. With the need to meet strict design specifications and support accurate on-site or automatic inspection, advanced 3D scanning solutions deliver exceptional accuracy, fine detail capture, reliable quality assurance and compatibility with postprocess softwares.
Why 3D Scanner for Consumer Electronics Quality Control
3D scanning bridges product development and production by enabling both design validation and full-field quality control throughout the product lifecycle with
Full-Field Inspection
Easy full dimensional 3D inspection of the whole object with CAD comparison
High Accuracy
Blue light scanner: up to 0.005 mm
Handheld laser scanner: up to 0.02 mm
Non-Contact Measurement
Non-contact metrology for electronics avoids deforming delicate parts
Versatile Material Compatibility
Diverse 3D scanning technologies can easily deal with metal and reflective, plastic, ceramic, rubber, quartz or other surfaces with no spray
Automation
Can be integrated with robots to achieve automated metrology and inspection workflow for full-scale quality control
Software Integration
The scan software integrates with mainstream engineering and inspection software, files can be seamlessly transferred and shared
3D Scanning for Product Dimensional Inspection
3D scanning ensures components like sleek phone chassis or complex camera modules match their precise CAD designs, verifying tolerances for perfect fit, flawless assembly, and seamless aesthetic quality that users expect.
Basic Dimensional Inspection
High-precision 3D scanning performs the basic dimensional inspection of consumer electronics products, such as length and width.
Surface Flatness Analysis
High-accuracy 3D metrology plays an important role in surface flatness analysis by comparing the scan data with the CAD model. The flatness deviation of surfaces can be clearly viewed, and it allows quickly identification of dents and shrink marks location.
Deformation Analysis
Comparing scan data with the design model, warping deformation like changes in the curvature of the surrounding curves can be visually observed, providing clear guidance and numerical support for process parameters adjustments, reducing testing time and frequency.
Structure Analysis
Certified high-accuracy metrology 3D scanners can quickly and accurately complete the measurement of all complex surface structure parts, speeding up the confirmation and improving production efficiency.
R Angle Measurement
The R angle is difficult to measure using conventional three-coordinate equipment.
3D scan inspection is more portable and accurate for this kind of curved surface shape.
Cross-Section Analysis
The material thickness at different positions can be intuitively seen through cross-section analysis. 3D scanning helps in deformation analysis and better production dimensional quality control.
3D Scanning for Injection mold inspection
What You Can Achieve with Our Scanners
Discover the ways in which integrating our scanners into your workflow can enhance efficiency and help you achieve remarkable results.
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Circuit Board Inspection
3D scanner ensures high inspection accuracy up to 0.005 mm. Copper traces, pads and vias can be precisely measured.
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Drawing Reproduction
3D scanners can create accurate 3D models of electronic & electrical components, which can be used to recreate 2D/3D drawings.
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Sheet Metal Inspection
Non-contact laser 3D scanning performs perfectly for shiny black surfaces, delivering high accuracy and high resolution details.
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R Angle Measurement
3D scan inspection is more portable and accurate for curved surface shapes, which is difficult for conventional three-coordinate equipments.
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Battery Volumn Change Tracking
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Reverse Engineering
Our 3D scanners are pivotal in reverse engineering by accurately capturing the geometry of existing components and assemblies.
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Root Cause Analysis
Our 3D scanners support root cause analysis by providing detailed geometric data of components.
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Surface Analysis
Perform surface flatness, warpage, scratch and irregularity analysis by comparing the scan data with the CAD model.
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Deformation Analysis
Conduct deformation analysis by comparing scan data with the design model to visually observe warping deformation.
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First Article Inspection
3D scanning captures complete 3D geometry of initial production parts to verify dimensions, tolerances, and form against CAD data.
How 3D Scanning Works for
Consumer Electronics Quality Control?
① 3D scanning data with high-accuracy metrology 3D scanners
② Import to 3D inspection software like SHINING3D Inspect and align to CAD model
③ Obtain deviation results and measurement
④ Generate 3D inspection report with measurement and deviation details
High-Accuracy 3D Scanners for
Electronic & Electrical Industry
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OptimScan Q Series
OptimScan Q series features four high-resolution cameras and two scan ranges. The systems deliver an impressive accuracy of 0.005 mm, which has been verified in accordance with ISO 10360-13.
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Scan Accuracy
Large range: 0.015 mm; Small range: 0.005 mm -
Volumetric Accuracy
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Scan Speed
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Point Distance
Large range: 0.1 mm; Small range: 0.04 mm -
Maximum FOV
Large range: 430 × 300 mm; Small range: 160 × 110 mm -
Material Adaptability
Normal / Dark / Reflective -
Type of light source
Blue LED -
Align Mode
Feature / Markers / Global Markers / Hybrid / Turntable
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OptimScan 5M Plus
Blue light, high-precision 3D scanner for inspection, with 3 sets of lenses for flexible range switching.
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Scan Accuracy
0.005 ~ 0.015 mm -
Volumetric Accuracy
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Scan Speed
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Point Distance
0.04 ~ 0.16 mm -
Maximum FOV
100 x 75 / 200 x 150 / 400 x 300 mm
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Material Adaptability
Normal / Dark / Reflective -
Type of light source
LED -
Align Mode
Feature Alignment / Marker Alignment
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AutoScan Inspec2
Automatic Desktop 3D Scanner
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Scan Accuracy
0.01 mm -
Volumetric Accuracy
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Scan Speed
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Point Distance
0.05 mm -
Maximum FOV
140 × 90 × 80 mm -
Material Adaptability
Normal / Dark / Reflective -
Type of light source
Blue LED -
Align Mode
Feature / Markers
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FreeScan Combo Series
Entry-level metrology handheld scanner with a combination of blue laser and infrared light for diverse industrial 3D scanning scenarios.
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Scan Accuracy
0.02 mm -
Volumetric Accuracy
0.02 + 0.033 mm/m -
Scan Speed
3,600,000 points/s (FreeScan Combo+)
1,860,000 points/s (FreeScan Combo)
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Point Distance
0.05 ~ 10 mm -
Maximum FOV
520 x 510 mm -
Material Adaptability
Normal / Dark / Reflective -
Type of light source
Laser + Infrared VCSEL -
Align Mode
Feature Alignment / Marker Alignment
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EinScan Libre
The EinScan Libre delivers a fully wireless, standalone 3D scanning experience, powered by its built-in screen and NVIDIA processor.
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Scan Accuracy
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Volumetric Accuracy
0.04 + 0.06mm/m -
Scan Speed
2,700,000 points/s (IR Rapid); 1,900,000 points/s (IR Adaptive); 4,500,000 points/s (Laser HD)
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Point Distance
0.5 ~ 10 mm (IR Rapid/IR Adaptive); 0.05 ~ 3 mm (Laser HD) -
Maximum FOV
983 x 979 mm (IR Rapid); 779 x 835 mm (IR Adaptive); 382 x 450 mm (Laser HD) -
Material Adaptability
Normal / Dark / Reflective / Outdoor -
Type of light source
IR VCSEL / IR Laser / Blue Laser -
Align Mode
Markers/Global Markers/Feature/Texture/Hybrid(IR Rapid/Laser HD); Markers/Global Markers(IR Adaptive)
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Trusted Worldwide
Let's explore why SHINING 3D is the go-to choice for experts across various industries.