"X-ray TDI imaging technology: penetrate appearances to see the essence"


Industry Challenges

In consumer electronics, the purity of specialty glass directly determines product performance and user experience

Traditional visible-light inspection can only capture surface defects, but is helpless againstmicron-scale metal impuritiesdeep within the glass substrate

Inspection blind spots: metal impurities may be hidden inside the glass or beneath opaque coatings, where visible light cannot penetrate complex structures

Frequent false positives: surface textures and reflections are easily misjudged as defects, while real impurities go undetected

Lagging risk: offline sampling leads to delayed problem detection, and batch defects cause huge losses

Technological Innovation

X-ray TDI imaging vs. traditional visible-light inspection

We break through the limitations of traditional optics by introducingX-ray TDI (time delay integration) imaging technologyto redefine the standard for glass impurity detection

Deep penetration: X-rays penetrate the glass substrate to precisely capture internal metal (platinum) impurities, unaffected by structural obstruction

Dynamic synchronization: adapts to high-speed continuous production lines, performing non-destructive scanning while the glass is in motion, increasing inspection efficiency severalfold

Core Solution

Full-dimension transmissive inspection

From surface to depth, from flat to curved, X-ray TDI technology penetrates the full thickness of the glass, leaving metal impurities nowhere to hide

Intelligent defect traceability

: AI algorithms automatically correlate impurity location, size, and production process parameters to quickly pinpoint problems

Zero-interference online control

: no line stoppage, no contact required; real-time inspection results are output and linked to sorting systems, achieving a closed loop of "detect-intercept-optimize"

Technical Advantages

Breakthrough sensitivity: detection capability surpasses the limits of visible light, identifying metal particles as small as microns

Anti-interference design: eliminates interference from glass surface reflections, ink layers, and frosted textures on inspection results

Green and safe: compliant X-ray system design meets international safety standards, protecting equipment and operators

Customer Value

Risk front-loading: intercept hazards at the raw material processing stage, avoiding the high cost of downstream product failure

Process optimization: precisely trace impurity sources to continuously improve key processes such as melting and cutting

Compliance upgrade: meets industry inspection standards, helping to enter high-end supply chains

Application Scenarios

Crystallized phoneglass: detection of metal particles in screens

Coated glass: screening of hidden defects in camera filters and anti-glare coatings

Strengthened glass: real-time monitoring of metal contamination during chemical strengthening processes

Recycled material applications: precise sorting and quality control of impurities in recycled glass

Service Commitment

Customized solutions: inspection parameters tailored to glass composition and line speed

Compliance support: assistance in providing radiation safety certification materials

Technical training: full knowledge transfer on X-ray imaging interpretation and system maintenance

Continuous iteration: algorithm optimization based on customer feedback, with lifetime free upgrades


With penetrating power, deconstruct invisible risks; with the eye of intelligence, redefine the boundaries of glass quality

Opening the era of deep inspection