Accurate component inventory is essential for SMT production. Incorrect reel quantities can cause material shortages, delayed changeovers, emergency purchasing and discrepancies between physical stock and warehouse records. Traditional manual counting can also become inefficient when a warehouse manages hundreds or thousands of reels every day.
An X-ray counter solves this problem by using X-ray imaging and intelligent algorithms to calculate the number of components inside a reel without opening the carrier tape. However, factories still need to choose between an offline counting system and a fully automated online solution.
The SEAMARK XC1000 and XC2000 are designed for different production volumes and warehouse workflows. The XC1000 provides flexible offline counting, while the XC2000 supports continuous automated material handling. Understanding these differences helps manufacturers select an SMD reel counter machine that matches their actual inventory requirements.
The SEAMARK XC1000 is an offline microfocus X-ray component counting system. An operator loads the reel into the inspection chamber, starts the counting process and receives the calculated quantity through the equipment software.
The XC1000 offline reel counter uses SEAMARK’s AI-based counting algorithm to identify components from the X-ray image. It supports SMD components from 01005 and above, as well as 7–15-inch reels, trays, loose components and IC moisture-sensitive packaging. SEAMARK states that the system can achieve counting accuracy of up to 99.99% under suitable counting conditions.
The XC1000 also supports MES data upload and automatic material-label printing. This means the counting result does not need to remain isolated inside the equipment. It can be connected with the factory’s material-management process and used to update inventory records or print replacement labels.
Because loading and unloading are handled by an operator, the XC1000 is suitable for factories that need flexible counting without building a fully automated conveyor-based workflow.
Typical applications include:
Incoming material verification
Daily warehouse inventory checks
Material preparation before SMT production
Returned-material counting
First-in, first-out inventory management
Engineering and sample counting
Rechecking reels with abnormal records
The offline design also allows operators to count different packaging formats according to production needs. This flexibility can be valuable for small and medium-sized EMS factories that handle frequent product changes.
The SEAMARK XC2000 is designed for high-volume SMT smart warehousing. Instead of requiring an operator to load and unload every reel manually, the system combines multiple material-handling and data-processing steps in one automated workflow.
The current XC2000(B) model uses a rotary four-station structure to complete loading, barcode reading, X-ray counting, label printing, verification and unloading. SEAMARK specifies a counting cycle of approximately 8–12 seconds per reel for the XC2000(B), depending on the configured process and material conditions.
The XC2000 online reel counter also supports automatic code scanning and defective-reel sorting. When a barcode cannot be matched or a counting result does not meet the established rule, the system can separate the reel for manual review rather than allowing it to continue through the normal workflow.
The XC2000 can exchange data with MES, ERP and WMS platforms, helping manufacturers connect physical reel quantities with digital warehouse records. SEAMARK lists support for 7–15-inch reels and SMD components from 01005 and above.
This online X-ray component counter is more suitable when counting volume is high enough that repeated manual loading becomes a labor bottleneck.
The main difference between the two systems is not counting principle. Both use X-ray imaging and SEAMARK counting algorithms. The important difference is how each machine fits into the warehouse operation.
| Decision factor | XC1000 | XC2000 |
|---|---|---|
| Equipment type | Offline counting system | Automated online counting system |
| Reel handling | Manual loading and unloading | Automatic loading and unloading |
| Recommended use | Flexible or medium-volume counting | Continuous high-volume counting |
| Barcode processing | Can support material-data workflows | Integrated automatic code scanning |
| Label printing | Automatic label printing | Automatic printing and verification |
| Abnormal material handling | Operator review | Automatic sorting capability |
| System integration | MES data upload | MES, ERP and WMS integration |
| Best environment | General SMT warehouse | Smart warehouse and centralized inventory center |
The XC1000 gives users more flexibility when materials arrive in different packaging formats or when counting tasks are distributed throughout the day. The XC2000 is designed to standardize a continuous process and reduce the amount of manual material handling.
The XC1000 is usually the more practical option when a factory:
Counts a moderate number of reels
Handles mixed packaging formats
Has frequent product changeovers
Needs one machine for several warehouse tasks
Does not yet have a fully automated material system
Wants to introduce X-ray counting gradually
Requires flexible sample or exception handling
An offline SMD reel counter machine can also be easier to position within an existing warehouse because it does not require the same material-flow design as an automated line.
Factories should still evaluate labor requirements. If operators spend most of the shift repeatedly loading and unloading reels, the counting volume may have outgrown an offline workflow.
The XC2000 is more appropriate when a warehouse needs to process a high and predictable volume of reels. It is particularly relevant for large EMS manufacturers, centralized material centers and factories developing automated SMT logistics.
The XC2000 may provide greater value when:
Hundreds or thousands of reels require frequent counting
Manual loading creates a production bottleneck
Barcode verification is required
Counting results must update warehouse systems automatically
Material labels need to be generated and checked
Abnormal reels must be separated automatically
The company is building a smart warehouse
The advantage is not only higher counting throughput. Automation also standardizes the order in which materials are scanned, counted, labeled and transferred.
The two systems do not have to be treated as competing choices. A large factory may use the XC2000 for routine high-volume reel counting while keeping an XC1000 available for exceptions, trays, loose materials, sample verification or materials that require manual review.
This combined structure can prevent unusual packaging or low-volume tasks from interrupting the main automated counting process.
SEAMARK offers a broader X-ray SMD reel counter product range for different SMT inventory volumes and automation levels. The appropriate configuration should be determined through representative reel testing and an analysis of the warehouse’s daily material flow.
Before selecting an X-ray counter, manufacturers should record:
Average reels counted per shift
Peak counting volume
Reel sizes and packaging types
Minimum component dimensions
Number of required operators
Existing MES, ERP or WMS platforms
Barcode and label rules
Required abnormal-material workflow
The XC1000 is a flexible solution for offline counting and mixed warehouse tasks. The XC2000 is intended for automated, high-throughput reel processing and smart warehouse integration.
By choosing according to actual material flow rather than equipment specifications alone, manufacturers can improve inventory accuracy, reduce repetitive handling and create a more reliable connection between physical SMT components and digital stock records.
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