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Seamark XC1000 X-Ray Component Counter
Discover the Seamark XC1000 – a next-generation offline X-ray component counter powered by AI. Achieve 99.99% SMT inventory accuracy with rapid multi-reel scanning and seamless MES/ERP integration.
Product Information
X-Ray Component Counter Seamark XC1000: A Breakthrough Solution for the SMT Industry
In the era of smart electronics manufacturing, maintaining precise inventory control of Surface Mount Technology (SMT) components is vital to factory efficiency. Traditional manual counting methods are not only tedious and labor-intensive, but they also introduce a high risk of human error. To eliminate these manufacturing bottlenecks, Seamark introduced the X-ray component counter Seamark XC1000 —an intelligent, offline reel-counting system engineered for modern production facilities. This article explores how this hardware optimizes SMT inventory workflows.
1. What Is an X-Ray Component Counter?
An X-ray component counter is an industrial system that uses non-destructive X-ray fluoroscopy technology to penetrate packaged materials and accurately count electronic parts like resistors, capacitors, ICs, and transistors. The primary benefit of an X-ray component counter is its ability to perform high-speed audits without unpacking the material. Reels remain securely sealed within their moisture-proof bags or aluminum shielding packaging during the process maintaining absolute component integrity.
2. Outstanding Features of the Seamark XC1000
Proprietary AI-Powered Algorithm Software
Unlike legacy counting machinery, the Seamark XC1000 relies on an advanced artificial intelligence deep-learning software framework. Its core image database contains over 15,000 categorized component material profiles and millions of neural-network training samples (p. 1). This allows the machine to recognize irregular materials and calculate exact quantities automatically within seconds. It eliminates the need for extensive operator training or manual material programming.
Multi-Reel Simultaneous Scanning and Material Versatility
The Seamark XC1000 accommodates a wide variety of material shapes and form factors. It handles reel diameters ranging from 7 inches up to 15 inches, with component heights varying from 5mm to 80mm. The high-resolution imaging architecture supports ultra-small SMT parts down to 01005 imperial sizing. To maximize workshop output, the machine features a multi-reel detection mode that scans up to four 7-inch reels simultaneously, dramatically accelerating daily inventory cycle counts.
Intelligent Error-Proof Labeling and Automatic Printing
Mislabeling parts during inventory tracking can cause costly production line shutdowns. The Seamark XC1000 prevents this via an integrated error-proof induction function. Equipped with automated barcode and QR code scanners (p. 1), the system monitors the removal of each item. When an operator lifts a processed reel out of the scanning bay, the front-mounted industrial printer automatically generates the exact matching barcode label in real-time.
Real-Time Ecosystem Integration (MES / ERP / WMS)
To establish a cohesive “Smart Factory” ecosystem, the Seamark XC1000 offers ready-to-deploy software integration hooks. The machine links directly with leading Manufacturing Execution Systems (MES), Enterprise Resource Planning (ERP), and Warehouse Management Systems (WMS). Counting data, item codes, and timestamp logs are uploaded instantly over the local network, ensuring that procurement teams and factory floor managers maintain accurate inventory oversight without manual data entries.
3. Core Technical Specifications
To demonstrate the structural capabilities of this X-ray component counter, review its hardware engineering specifications below:
| Component Group | Technical Specification Details |
|---|---|
| X-Ray Tube Source Type | Sealed Micro-Focus X-Ray Source (Reflection Type) (p. 1) |
| Operating Voltage Range | 30 KV to 80 KV (p. 1) |
| Operating Current Range | 200 μA to 700 μA (p. 1) |
| Maximum Tube Output Power | 56 W (p. 1) |
| Micro-Focus Focal Spot Size | 33 μm / 100 μm (p. 1) |
| Flat Panel Detector (FPD) | Amorphous Silicon Flat Panel Detector (p. 1) |
| Detector Pixel Matrix | 3072 × 3072 pixels (p. 1) |
| Field of View (FOV) | 430 mm × 430 mm (p. 1) |
| Guaranteed Counting Accuracy | Up to 99.99% precision (p. 1) |
| System Host OS Architecture | Windows 10 (64-Bit Edition) (p. 1) |
| Total System Footprint | L800mm × W1100mm × H2210mm (p. 1) |
| Total Net System Weight | 510 KG (Equipped with mobility casters) (p. 1) |
4. Ergonomic Safety and Workplace Compliance
Beyond its technical throughput, the Seamark XC1000 places a major emphasis on operator well-being and plant safety.
- The component entry drawer features an automated induction mechanism that smoothly feeds material reels in and out. It is paired with an integrated anti-pinch safety sensor to protect operators.
- The frame follows ergonomic design standards, permitting the operator to remain comfortably seated while viewing the eye-level touchscreen. This minimizes fatigue during extended shifts.
- The industrial cabinet features heavy lead-shielded protection layers to fully isolate the X-ray tube radiation. This guarantees a leakage rate well below standard regulatory thresholds, delivering an entirely safe operating environment.
The Bottom Line
Integrating the Seamark XC1000 X-ray component counter into your SMT production ecosystem is a strategic choice. It significantly lowers labor expenses, minimizes human counting errors, and automates material verification. Its 99.99% accurate detection rate (p. 1), combined with live database connectivity, provides electronics manufacturers with a scalable tool to streamline their warehouse logistics.
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