| Brand Name: | WELLMAN |
| Model Number: | XC01 |
| MOQ: | 1 |
| Payment Terms: | T/T |
| Supply Ability: | Worldwide supply |
The Wellman X-ray Counter XC-01 is an advanced X-ray parts counter engineered for SMT electronic component reel management. Featuring continuously updated AI algorithms, it delivers comprehensive compatibility with MES, ERP, and WMS systems for streamlined factory inventory control.
| Type | Integrated, microfocus |
|---|---|
| Max tube voltage | 80kV |
| Max tube current | 700μA |
| Focal spot size | 30μm |
| Type | Super definition digital FPD |
|---|---|
| Effective area | 430mm × 430mm |
| Pixel size | 139μm |
| Resolution | 3072 × 3072 |
| Max size | 17" (430mm) |
|---|---|
| Max thickness | 88mm |
| Min parts size | 01005 |
| Speed | 7–10s |
| Accuracy | 01005 ≥ 99.98%, 0201 & above ≥ 99.99% |
| Reel size | Parts size | Quantity | Accuracy | Speed |
|---|---|---|---|---|
| 7" (180mm) | 01005 | 40000 | 99.98% | 9–10s |
| 7" (180mm) | 0201 | 20000 | 99.99% | 8–9s |
| 7" (180mm) | 0402 | 10000 | 99.99% | 7–8s |
| 7" (180mm) | 0603 | 5000 | 99.99% | 7–8s |
| 10" (254mm) | 1206 | 5000 | 99.99% | 7–8s |
| 15" (380mm) | 1206 | 10000 | 99.99% | 7–8s |
The counting software adopts a robust AI deep-learning algorithm to automatically recognize electronic components, with no need for pre-binding components to dedicated algorithms. The system learns from counted component datasets, covering image deformation characteristics, corner angle metrics, aspect-ratio analysis, and gradient slope between components.
As counting operations increase, the system becomes progressively more accurate, enabling efficient handling of similar components or larger trays with consistent precision.
Every Wellman X-ray counter connects to our cloud database, automatically uploading operational data and images while downloading the latest algorithm updates. Our engineering team continuously refines algorithms based on aggregated machine data, regularly pushing enhancements to all connected systems.
This cloud-based approach ensures continuous improvement in counting accuracy and component type coverage. When encountering new components, the system can immediately access relevant data from our global database for optimal efficiency and precision.