X-RAY MACHINE – Maxlab

Seamark X6600B 130kV X-ray Machine

MAXLAB JSC — Tue, 19 May 2026 13:31:19 +0000

Seamark X6600B 130kV X-ray Machine Review: Advanced Intelligent Offline Inspection for Modern Smart Factories

In an era where electronics and semiconductor manufacturing demand unprecedented levels of precision, identifying hidden internal defects is a critical factor for business survival. Engineered as a high-end offline non-destructive testing system, the Seamark X6600B 130kV X-ray machine stands out as the definitive answer to stringent quality control (QC) challenges faced by today’s advanced manufacturing plants.

1. Overview of the Seamark X6600B 130kV X-ray Machine

The Seamark X6600B is a universal, highly precise micro-focus offline X-ray inspection system. This equipment seamlessly integrates proprietary, innovative, self-developed intelligent detection software with next-generation image processing algorithms.

At the core of the system lies a high-performance X-ray tube design capable of deep material penetration. This enables operators to effortless locate tiny internal structural defects that are invisible to the naked eye. Offering a flexible voltage range, this versatile machine is ideally suited for a wide variety of industrial application scenarios and product specifications.

2. Breakthrough Technological Features of the Seamark X6600B

Ultra-HD Image Processing and Customized AI Algorithms

By combining a high-voltage 130kV X-ray machine source with an Amorphous Silicon Flat Panel Detector featuring a 1536×1536 pixel matrix, the X6600B provides superior image contrast and high magnification. Advanced image enhancement techniques and preset filter algorithms effectively eliminate background noise, emphasizing micro-structural boundaries. Furthermore, the system supports custom-tailored AI intelligent inspection algorithms, allowing the software to automatically detect specific flaws based on individual factory requirements.

Fully Automated CNC Operation

To drive productivity, the machine features a multi-point automatic CNC inspection mode. Operators can program free-point or matrix coordinates based on specific product layouts. Once configured, the automated system takes over, executing batch inspections, capturing images, storing data, and compiling detailed reports automatically. This minimizes human error and significantly accelerates the factory’s quality assurance cycle.

Ergonomic Design and Multi-Layered Safety Protection

The Seamark X6600B optimizes human-machine interaction through an automated sliding door that opens and closes with a single button press. Features like automatic centering display and automatic tracking keep the inspected sample perfectly positioned in the field of view.

Safety remains paramount. The unit features real-time monitoring of radiation values, safety interlocks, and an automatic radiation source shutdown mechanism when the equipment is idle. Security is further bolstered by an integrated fingerprint recognition module, ensuring that only authorized personnel can operate the high-voltage hardware.

3. Comprehensive Technical Specifications

To provide a deeper technical look into the hardware capabilities, here are the core engineering specifications of the X6600B system:

X-Ray Tube Type: Reflective sealed micro-focus X-ray source.
Tube Voltage Capacity: Highly adaptable range reaching up to 130kV.
Micro-Focus Spot Size: Ultra-fine focal spot from 5μm (at 4W) to 40μm.
Digital Image Detector: High-definition Amorphous Silicon Flat Panel Detector.
Maximum Sample Capacity: Supports wide-area samples up to 620mm × 620mm.
System Dimensions & Weight: Net weight of 1800KG; physical footprint of L1380 × W1425 × H1951 mm.

4. Real-World Applications of the 130kV X-ray Machine

Thanks to its robust hardware and agile software suite, this versatile 130kV X-ray machine is widely deployed across specialized manufacturing fields:

BGA Soldering Inspection: It easily detects voiding percentages, bridging, open joints, or micro-cracks in PCBA ball grid arrays.
Sensor Crack Detection: It exposes structural micro-fractures inside fragile and highly sensitive sensor packages without damaging the outer housing.
IGBT Module Verification: It is used for specialized IGBT void inspection and multi-angle analysis, ensuring power semiconductors handle high currents reliably.

Conclusion

The Seamark X6600B 130kV X-ray machine is far more than a basic measurement tool; it represents a comprehensive quality-standardization solution for your manufacturing floor. By combining powerful high-voltage penetration, intelligent AI algorithms, and automated CNC mechanics, this system helps businesses minimize operational costs, eliminate defective batches, and elevate brand reputation in highly competitive markets.

Seamark X6600 X-ray Inspection Machine for Electronic Circuit Boards

MAXLAB JSC — Mon, 13 Apr 2026 14:41:54 +0000

Seamark X6600 X-ray Inspection Machine for Electronic Circuit Boards: The “All-Seeing Eye” Solution for Modern SMT Production Lines

In the era of Industry 4.0, the miniaturization of electronic components such as BGA, CSP, and QFN poses a significant challenge to product quality control. To ensure every internal solder joint is perfect, the Seamark X6600 X-ray inspection machine from Seamark (Zhuomao) has become an indispensable device. With its ability to “see through” hidden defects deep within the casing, the Seamark X6600 not only helps eliminate defective products but also optimizes the production process of businesses.

1. Overview of the Seamark X6600 X-ray Machine

The Seamark X6600 is a versatile offline X-ray inspection system specifically designed to detect non-destructive testing (NDT). The device uses a micro-focus X-ray tube combined with a high-resolution digital flat panel detector (FPD) to produce the most detailed and sharp images.

2. Impressive Specifications of the Seamark X6600

The strength of the X6600 lies in its core components from leading global brands:

X-Ray Tube: Uses a sealed 90kV (or optional 130kV) micro-focus tube with a focal size as small as 5μm, ensuring high durability and virtually no maintenance.

Flat Panel Detector: 1.3 million pixel resolution, providing true-to-life digital images without geometric distortion like older analog machines.

Multi-angle viewing capability: The probe can tilt up to 60 degrees (2.5D), allowing technicians to inspect solder joints in the most inconspicuous areas.

Large inspection area: The sample table supports a maximum size of up to 540 x 440 mm, suitable for most current PCBA boards.

3. Outstanding features that offer great value for money

More than just a camera, the Seamark X6600 integrates artificial intelligence and intelligent software to support users:

Automatic CNC programming: With just one click, the machine can automatically scan predefined locations on the board, speeding up batch inspection.

Automatic voiding analysis: The software automatically calculates the percentage of voids in BGA solder balls and instantly generates OK/NG results reports.

Color image navigation: The intuitive interface allows users to move the sample table to the correct inspection position by directly clicking on the overall image of the circuit board.

Absolute radiation safety: The machine housing is made of thick sheet steel with a lead protective layer, ensuring extremely low X-ray leakage (<1μSv/h), meeting international safety standards.

4. Practical applications in the electronics industry

The Seamark X6600 X-ray machine thoroughly solves quality control problems in many fields:

SMT/PCBA inspection: Detects defects such as solder bridges (short), insufficient solder, cold solder joints, or component displacement.

IC & Semiconductor packaging: Checks the integrity of bonding wires, internal chip cracks, or material delamination.

Automotive components: Inspects connectors, plugs, and control circuit boards in automobiles to ensure safe operation.

Battery Production: Check the uniformity of the battery electrode layers and the quality of the electrode welds.

5. Why choose Seamark X6600 over other models?

Compared to other models, the X6600 stands out thanks to its “Easy to operate – High efficiency” design philosophy. The use of a Hamamatsu (Japan) or Iray X-ray tube provides superior image stability and lifespan. You can find more detailed information on the Seamark ZM homepage or from authorized dealers.

Conclusion

Investing in the Seamark X6600 X-ray machine is a strategic move that helps businesses enhance their reputation with customers by committing to flawless product quality. With low operating costs and accurate fault detection capabilities, it is a reliable “gatekeeper” for any modern electronics manufacturing facility.

Seamark XD160 Industrial X-Ray

MAXLAB JSC — Mon, 13 Apr 2026 14:10:11 +0000

Seamark XD160 Industrial X-Ray: The Gold Standard for Precision Casting and Aluminum Inspection

In the high-stakes world of aerospace, automotive, and precision engineering, the integrity of a cast component is non-negotiable. Subsurface defects such as porosity, shrinkage, and cracks can lead to catastrophic structural failures. The Seamark XD160 Industrial X-Ray System is engineered specifically to solve these challenges. As a high-power, micro-focus inspection solution, the XD160 allows manufacturers to see through dense materials like aluminum and magnesium with unparalleled clarity.

1. Introduction to Seamark and the XD160 Series

Seamark ZM is a global leader in intelligent X-ray technology. While many X-ray systems are limited to thin electronic PCBs, the XD160 model is a specialized powerhouse designed for the Precision Casting industry. It bridges the gap between laboratory-grade imaging and shop-floor durability, providing a non-destructive testing (NDT) solution that ensures every part meets the most stringent quality standards.

2. Revolutionary Technical Features

High-Power 160kV Micro-Focus X-Ray Source

The heart of the XD160 is its 160kV X-ray tube. Unlike standard 90kV or 100kV systems, the 160kV capacity provides the high energy required to penetrate thick-walled aluminum castings and dense alloy components. Despite this power, the “Micro-focus” technology maintains a focal spot of less than 5µm, ensuring that the resulting images are sharp enough to detect microscopic hair-line cracks and tiny gas inclusions that lower-power machines would miss.

Advanced 7-Axis Linkage Motion System

Precision castings often feature complex 3D geometries, such as cooling fins, internal chambers, and threaded bosses. To inspect these effectively, the XD160 is equipped with a sophisticated 7-axis motion system. This allows for:

360-degree rotation of the workpiece.
Extreme tilt angles (up to 60°) to inspect shadows and hidden interfaces.
Synchronized movement between the X-ray source and the detector to maintain optimal focus during dynamic inspection.

Next-Generation Flat Panel Detector (FPD)

The system utilizes a high-resolution digital Flat Panel Detector. This technology eliminates the distortion found in older image intensifiers, providing a “true-to-life” digital representation of the internal structure. With high frame rates, the XD160 offers smooth, real-time imaging, allowing operators to scan parts quickly without “ghosting” or motion blur.

AI-Powered Defect Recognition

Seamark’s proprietary software is more than just a viewing tool; it is an analytical engine. Integrated AI algorithms assist operators by:

Automatic Porosity Calculation: Instantly measuring the percentage of voids within a specified area to check against ASTM or ISO standards.
Inclusion Detection: Highlighting foreign materials or slag trapped within the casting.
CNC Programming: Allowing for automated inspection routines where the machine moves to pre-set positions, captures images, and makes pass/fail decisions without human intervention.

3. Technical Specifications Summary

Feature	Specification Details
X-Ray Tube Type	160kV Micro-focus (Closed Tube)
Focal Spot Size	< 5µm
Detector	High-Resolution Digital Flat Panel (FPD)
Motion Control	7-Axis Linkage (X, Y, Z, Rotate, Tilt, etc.)
Max. Inspection Area	430mm x 320mm
Tilt Angle	± 60°
Safety Standard	Radiation Leakage < 1 μSv/h

4. Strategic Industry Applications

The Seamark XD160 is a versatile asset across several high-tech manufacturing sectors:

Automotive Die Casting: Inspecting engine blocks, transmission housings, and structural pillars for electric vehicles (EV).
Aerospace Components: Checking turbine blades and fuel system manifolds where zero-defect policies are mandatory.
EV Battery Trays: Ensuring the integrity of large-scale aluminum battery enclosures to prevent thermal runaway risks.
Precision Hardware: Inspecting high-end sporting goods, medical implants, and industrial valves.

5. Why the Seamark XD160 is a Smart Investment

Optimization of Production Costs

By detecting internal defects in the “as-cast” stage, manufacturers avoid wasting expensive CNC machining time on parts that are destined for the scrap bin. The XD160 pays for itself by significantly reducing tool wear and labor hours lost on defective workpieces.

Compliance with Global Standards

The XD160 helps facilities comply with international NDT standards such as ASTM E155 (Reference Radiographs for Inspection of Aluminum and Magnesium Castings). Having digital X-ray reports adds a layer of professionalism and trust when bidding for international contracts.

Operator Safety and Ergonomics

Safety is paramount. The XD160 features a lead-lined cabinet with heavy-duty interlocking doors. The system is designed to keep radiation leakage well below international safety limits, ensuring a safe environment for 24/7 operation.

Rapid ROI (Return on Investment)

Compared to high-end European or Japanese X-ray systems, Seamark offers a competitive price point without sacrificing technical specs. This allows small to medium-sized foundries to access Tier-1 inspection technology, leveling the playing field in the global supply chain.

6. Sourcing Genuine Seamark XD160 Equipment

When purchasing a Seamark XD160, it is essential to work with authorized distributors who provide:

On-site Installation & Calibration: Ensuring the system is tuned for your specific material types.
Operator Training: Teaching your staff how to interpret X-ray images and identify specific casting defects.
Radiation Safety Certification: Assisting with local government compliance for industrial X-ray use.

Conclusion: The Seamark XD160 is not just an inspection tool; it is a quality assurance powerhouse. For any business involved in the casting of aluminum or magnesium, this 160kV system provides the “eyes” needed to ensure perfection, protect the brand’s reputation, and drive manufacturing efficiency into the future.

Seamark XCT8500 3D CT X-Ray Machine

WebNow Content — Mon, 08 Dec 2025 07:50:18 +0000

Seamark XCT8500 3D CT X-Ray Machine: The Ultimate NDT Solution for the Semiconductor Industry

In the era of high-tech manufacturing, ensuring the absolute quality of micro-components such as semiconductor chips, SMT circuit boards, or integrated circuits is a vital factor for business survival. The Seamark XCT8500 3D CT X-ray machine has emerged as a technological breakthrough, providing a high-end non-destructive testing (NDT) solution with precision nearing the nanometer level.

This article will analyze this system in detail—from its hardware and specifications to its practical industrial applications—to explain why the Seamark XCT8500 is the top choice for today’s advanced R&D laboratories and smart manufacturing plants.

1. Groundbreaking 3D CT Computed Tomography Technology

Unlike traditional 2D X-ray inspection systems that suffer from overlapping images and blind spots, the Seamark XCT8500 features advanced 3D CT X-ray machine (Computed Tomography) capabilities. The equipment seamlessly combines two highly flexible scanning modes:

Planar CT (PCT): Specially designed for planar laminography scanning, making it perfect for inspecting complex double-sided PCB boards or multi-layer stacked chip packages.
Cone-Beam CT: Executes a full 360-degree cone-beam volumetric scan, reconstructing a complete 3D graphical model of the target object in a three-dimensional digital space.

Powered by high-performance rendering algorithms, the system requires only 20 seconds for a full CT scan and just 30 seconds for complete 3D model reconstruction. Quality engineers can easily slice through the digital object at any angle or cross-section to inspect internal microstructures without destroying or altering the original physical sample.

2. Premium Hardware Engineered for Nanometer-Level Precision

To deliver ultra-sharp image quality, Seamark has equipped the XCT8500 model with world-class, industrial-grade hardware components:

Open-Tube Micro-focus X-Ray Source

The heart of this system is an open-tube micro-focus X-ray source manufactured by the world-renowned brand COMET. Featuring an exceptionally small focus spot size (< 1 µm), the X-ray beam achieves maximum convergence, completely eliminating penumbra-induced image blur. The open-tube configuration allows field engineers to replace the internal filament easily, reducing long-term maintenance costs and giving the equipment an virtually infinite operational lifespan.

High-Resolution Flat Panel Detector (FPD)

The machine utilizes an advanced amorphous silicon digital flat panel detector with a massive 1536 × 1536 pixel matrix paired with a deep 16-bit analog-to-digital signal converter. This combination yields an ultra-wide dynamic range and deep grayscale contrast, enabling the software to clearly distinguish boundary layers between materials of different densities (such as gold bonding wires, copper pads, tin solder, and epoxy resin).

Extreme Geometric Magnification Up to 2500x

Thanks to an ultra-short focal distance and an optimized multi-axis motion mechanism, the Seamark XCT8500 delivers an impressive geometric magnification of up to 2500 times. As a result, operators can pinpoint micro-defects, sub-micron cracks, or delamination issues measured at less than 500 nm (0.5 µm) in size.

3. Comprehensive Technical Specifications of Seamark XCT8500

Feature / Component	Detailed Technical Specifications
X-Ray Tube Source	Voltage Range: 20 ~ 160KV \| Current Range: 0.01mA ~ 1.0mA \| Maximum Power: 64W
Tube Focal Spot Size	< 1 µm (Open Micro-focus Tube)
Flat Panel Detector (FPD)	Field of View (FOV): 154mm × 154mm \| Frame Rate: 30 fps
Detector Motion Freedom	Tilt Angle: ±60° \| Rotational Angle: 360°
Sample Stage Capacity	Tray Dimensions: 645mm × 635mm (Effective Inspection Area: 500mm × 500mm)
Operating System & PC	High-performance DELL OptiPlex Graphics Workstation (Intel Core i9 Processor)
Dimensions & Weight	Footprint: L1500 × W1650 × H2250 (mm) \| Net Weight: ~2,950 KG

4. Real-World Applications in High-Tech Industrial Fields

Equipped with robust software and hardware, this 3D CT X-ray machine serves as a vital instrument for Research & Development (R&D), Quality Assurance (QA/QC), and Failure Analysis (FA) departments in several leading sectors:

Advanced Semiconductor Packaging: Inspecting sub-micron wire bondings, gold-to-aluminum joints, internal wafer voids, and micro-bumps in 3D stacked IC packages.
High-End SMT & PCBA Manufacturing: Detecting hidden solder bridge defects, voids, or micro-cracks tucked underneath bottom-termination components like BGA, Flip-Chips, CSP, and high-power IGBT modules where optical cameras or microscopes are blind.
Precision Mechanical & Aerospace Parts: Inspecting internal air pockets, casting cracks, or structural defects inside molded micro-sensors, relays, miniature electric motors, and advanced composite materials.

5. Conclusion: Is the Seamark XCT8500 a Worthy Investment?

While the machine carries a massive physical weight (nearly 3 metric tons) requiring a solid, anti-vibration industrial foundation, and its initial financial investment is substantial, the long-term ROI it offers is unmatched. The system integrates advanced AI algorithms that support intuitive Wizard-based automated programming. It automatically evaluates items for Pass/Fail (OK/NG) criteria, drastically cutting down on human error and fatigue. Furthermore, its interlocked, heavy-duty lead-shielded enclosure guarantees absolute radiation safety according to strict international regulatory standards.

Investing in a premium 3D CT X-ray machine like the Seamark XCT8500 is a clear statement of a company’s technological capabilities and its strict commitment to quality before the world’s most demanding Tier-1 global clients.

Seamark X5600 BGA X-Ray Inspection Machine

WebNow Content — Mon, 08 Dec 2025 07:47:43 +0000

Seamark X5600 BGA X-Ray Inspection Machine: A Breakthrough Solution for Electronics Defect Detection

In the Surface Mount Technology (SMT) and electronics manufacturing industries, array-style components such as BGA (Ball Grid Array), CSP, and QFN present a major quality control challenge. Because the solder joints are completely hidden beneath the component body, conventional Automated Optical Inspection (AOI) systems are powerless. To solve this, a specialized BGA X-ray inspection machine like the Seamark X5600 is the ultimate tool. It allows engineers to look directly through materials and uncover hidden defects deep within microcircuits.

1. Why Do Manufacturers Need a BGA X-Ray Inspection Machine?

As semiconductor packaging shrinks, BGA solder ball density increases. A tiny defect like a void, solder bridging (short circuit), or a micro-crack can cause an entire electronic device to fail.

Investing in a high-quality BGA X-ray inspection machine delivers several critical advantages:

Non-Destructive Testing (NDT): It detects internal defects accurately without cutting, cross-sectioning, or damaging the sample component.
Strict Quality Control: It ensures 100% of outgoing products meet international quality standards before final packaging and shipping.
Massive Cost Savings: Identifying defects early during the R&D or QA/QC stages prevents costly manufacturing waste and eliminates massive product recalls that damage brand reputation.

2. In-Depth Features of the Seamark X5600 BGA X-Ray Machine

The Seamark X5600 (manufactured by Zhuomao Technology) is an offline X-ray inspection system engineered specifically for the electronics and semiconductor industries. It offers several high-end hardware and software capabilities that outclass competitors in its price range.

Micro-Focus X-Ray Tube and High Magnification

The system features a 40–90kV closed X-ray tube paired with a micro-focus focal spot size of just 15 μm. This hardware setup, combined with a high-resolution Digital Flat Panel Detector (FPD), delivers crystal-clear real-time imagery. With a total system magnification of up to 800X, engineers can easily inspect ultra-fine internal structures, such as gold bonding wires inside an IC package.

Multi-Axis Flexibility with Zero Blind Spots

A key benefit of this BGA X-ray inspection machine is its flexible multi-axis movement. The sample stage supports rotation, while the detector tilts up to . This dynamic positioning eliminates blind spots. It allows operators to view BGA solder balls from oblique angles to easily catch cold solder joints or subtle component shifting that looks fine from a direct top-down view.

Automatic Solder Joint Void Calculation

The proprietary software bundled with the Seamark X5600 includes an intelligent, automated analysis module. The software automatically identifies the BGA solder joint regions, calculates the exact percentage of voids (air bubbles) trapped inside each individual solder ball, and highlights the data using intuitive color coding. This automation removes human subjectivity and speeds up the inspection process.

3. Real-World Industry Applications

Thanks to its versatility and precision, the Seamark X5600 is widely used across multiple testing environments:

SMT Component Inspection: Detecting bridging, insufficient solder, and misalignment in BGA, QFN, and Flip-Chip packages.
Semiconductor Packaging: Inspecting IC wire bonding, identifying die cracks, and checking material delamination.
PCB Fabrication: Verifying layer registration and checking for broken internal traces within complex multi-layer PCBs.
Advanced Electronics: Testing critical solder joints in automotive electronics, aerospace modules, medical equipment, and 5G telecommunication devices.

4. International Radiation Safety Standards

Operator safety is paramount when working with X-ray equipment. The Seamark X5600 is fully enclosed in a 5mm thick lead shielding cabinet, keeping radiation leakage well below 0.3 µSv/h, far exceeding standard safety protocols. The machine holds strict international certifications, including CE and FDA. Additionally, an integrated safety interlock system instantly cuts off the X-ray source if the cabinet door is opened during a live scan, ensuring complete operator protection.

5. Conclusion

The Seamark X5600 BGA X-ray inspection machine offers an excellent balance of high-precision performance, rich software analytics, and a competitive return on investment. For electronics manufacturing services (EMS) providers and quality testing laboratories looking to upgrade their technical capabilities and win strict international contracts, this system is a highly rewarding asset.

Seamark XC1000 X-Ray Component Counter

WebNow Content — Wed, 03 Dec 2025 10:19:04 +0000

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.