X-ray Inspection · X-ray

DL-C6550 Full-Case Intelligent X-ray Detector

Name: DL-C6550 Full-Case Intelligent X-ray Detector
Brand: Shanghai Dingli Needle Detector Instrument Co., Ltd.

X-ray

A full-case X-ray detector that achieves full closed-loop control of AI vision recognition + online automatic rejection, with accuracy of 0.4 mm diameter.

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CE Certified
Customizable

Product Overview

The DL-C6550 full-case intelligent X-ray system realizes full closed-loop control of AI vision recognition + online automatic rejection in full-case inspection, pushing detection accuracy to 0.4 mm diameter.

Technical Specifications

DL-C6550 vs. Conventional Full-Case X-ray Inspection — Core Performance Comparison
Dimension	Conventional X-ray Contaminant Detector	DL-C6550CX Intelligent Contaminant Detector
Core Detection Accuracy	Lower sensitivity, limited detection Metal sphere: ≥ Φ1.5 mm Difficult to detect fine metal wire and non-metal contaminants, prone to missed detection	High sensitivity, significant improvement in detection accuracy Metal sphere: ≥ Φ0.6 mm Stainless steel wire: ≥ Φ0.4×2 mm Glass: ≥ Φ1.5 mm Ceramic/stone: ≥ Φ1.0 mm
Contaminant Recognition	Relies on operator experience Operators must watch the screen for long periods and judge images by experience — fatigue and inconsistent standards raise misjudgment and missed-detection risk	AI vision recognition Built-in deep-learning algorithm automatically analyzes images and marks contaminants, replacing human eyes with objective, consistent judgment and eliminating oversight
Alarm & Rejection Mechanism	Manual detection and intervention After finding contaminants, the line must be paused manually and defective products picked by hand — inefficient and disruptive to production	Fully automatic closed-loop control Automates the whole flow of AI recognition → auto alarm → online rejection. Real-time alarm with instant rejection keeps production running without interruption

Specifications are for standard models; other sizes and special requirements are customizable. Detection accuracy is measured without product effect or environmental interference; actual accuracy depends on the product and operating environment.