Product Introduction
The Fully Automatic Solder Paste Printer GSK is engineered for high-precision, high-stability SMT production, delivering exceptional printing accuracy and consistent process control. Equipped with an enhanced CCD alignment system, auto-balanced pressure mechanisms, and a structurally robust printing platform, the GSK printer ensures superior solder paste deposition across a wide range of PCB sizes and materials. Its intelligent MES-compatible control system enables real-time traceability, data transparency, and seamless integration with modern manufacturing lines. With modular design, advanced environmental control, and automated cleaning technology, the GSK printer minimizes downtime, reduces defects, and maximizes overall production efficiency-making it an ideal solution for high-volume, high-reliability electronics manufacturing.
Key Features
High Precision Performance
±22 μm@6σ printing accuracy with stable repeatability.
Enhanced CCD Alignment
1.3MP camera with 8×6 mm FOV for fast and accurate positioning.
Robust Printing Platform
Supports diverse PCB sizes and prevents warping or deformation.
Intelligent Control System
MES/SECS/GEM compatible with full production traceability.
Modular & Easy Maintenance
Faster replacement of key components, reducing downtime.
Environmental Control
Real-time temperature and humidity regulation for stable print quality.
Automatic Cleaning System
Dry, wet, and vacuum cleaning modes ensure consistent stencil quality.
High-Speed Operation
Up to 200 mm/s printing and cleaning for improved throughput.
GSK offers advanced information acquisition capabilities, enabling real-time visibility into your production environment and material status. Through integrated temperature–humidity monitoring and high-precision camera scanning, the system ensures accurate process tracking and enhances overall manufacturing control and stability.
The intelligent processing system enables automatic parameter adjustment through real-time equipment monitoring and SPI integration. This reduces manual intervention, improves material replacement efficiency, and ensures consistently high printing quality throughout the production process.
The advanced UI interface delivers a streamlined and intelligent operating experience, integrating all key information for clear and efficient process control. With easy-to-read visual guidance and bilingual operation, the system simplifies SOP execution and enhances overall usability, ensuring a smoother and more intuitive production workflow.
The flexible BTB and HTH production modes greatly enhance capacity output, allowing seamless adaptation to different line configurations and space limitations. With optimized modular design and high-efficiency operation, the GSK system supports rapid, stable, and high-quality delivery, ensuring reliable performance even under increased production demands.
The upgraded optical traceability system delivers high-accuracy MARK recognition while seamlessly adapting to intelligent manufacturing requirements. It maximizes equipment utilization and ensures reliable tracking performance, allowing you to achieve optimal results with minimal investment.
The customized Industry 4.0 solution provides full visibility of process parameters, personnel operations, and material monitoring. With real-time data control and complete traceability, the system meets advanced intelligent manufacturing needs and delivers a tailored, highly efficient production experience.
Key Specifications
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Key Specifications |
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Machine Performance |
Repeat Position Accuracy: ±12.5 μm@6σ CPK≥2.0 |
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Print Accuracy: ±22 μm@6σ CPK≥2.0 |
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NCP-CT: 7 s |
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HCP-CT: 18 pcs/min |
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Process CT: 4 min |
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Transfer Line CT: 2 min |
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Substrate Processing |
Maximum Board Size: 400×340 mm (Optional: 530×340 mm) |
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Minimum Board Size: 50×50 mm |
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Board Thickness: 0.4–6 mm |
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Camera Mechanical Range: 524×340 mm |
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Maximum Board Weight: 4 kg |
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Board Edge Clearance: 3 mm |
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Transport Speed: 900 ± 40 mm |
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Max Transport Speed: 1500 mm/s |
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Printing Parameters |
Print Speed: 10–200 mm/s |
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Print Pressure: 0.5–10 kg |
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Print Mode: One/Twice |
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Squeegee Type: Rubber/Squeegee (45°/55°/60°) |
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Snap-off: 0–2 mm |
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Snap-Speed: 0–20 mm/s |
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Template Frame Size: 470×370 mm – 737×737 mm (20–40 mm thickness) |
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Stencil Positioning: Automatic Y-direction positioning |
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Cleaning Parameters |
Cleaning Modes: Dry, Wet, Vacuum |
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Cleaning Speed: 10–200 mm/s |
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Cleaning Fluid Consumption: Auto & Manual adjustable |
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Cleaning Paper Consumption: Auto & Manual adjustable |
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Vision Parameters |
CCD FOV: 10×8 mm |
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Camera Type: 1.3 MP Industrial CCD |
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Fiducial Mark Types: Standard Shapes (round, square, diamond, cross) |
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Mark Size: 0.3–6 mm |
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Max Mark Number: 4 pcs |
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Machine Parameters |
Power Source: AC 220 ±10%, 50/60 Hz, 2.2 kW |
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Air Pressure: 4–6 kgf/cm² |
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Air Consumption: Approx. 55 L/min |
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Operating Temperature: 20–45°C |
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Working Humidity: 30–60% |
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Machine Dimension: 1510×1150×1410 mm |
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Machine Weight: Approx. 690 kg |
Product data is for reference only. Please contact us to confirm the latest information.
Why Partner with Us
✓ More than just equipment supply - complete SMT line solutions
✓ Real project experience with installed and running SMT lines
✓ Strong engineering support for automation and integration
✓ Reduced integration risk and faster line start-up
✓ Dedicated technical support throughout the project lifecycle
About Us
We specialize in complete SMT line solutions and automation integration, delivering reliable equipment and proven production lines backed by real project experience.
Solder Paste Printer – FAQ
Q: 1. What is a solder paste printer used for in SMT production?
A: A solder paste printer is used in SMT production lines to accurately print solder paste onto PCB pads through a stencil. It is a critical process that directly affects soldering quality and overall assembly yield.
Q: 2. How does a solder paste printer work?
A: A solder paste printer works by aligning the PCB with the stencil and using a squeegee system to apply solder paste through stencil apertures onto the PCB pads. Accurate alignment and stable printing are essential for consistent results.
Q: 3. What types of solder paste printers are available?
A: Common types of solder paste printers include manual printers, semi-automatic printers, and fully automatic solder paste printers. Fully automatic printers are widely used in modern SMT production lines for high accuracy and high-volume manufacturing.
Q: 4. How important is printing accuracy in solder paste printing?
A: Printing accuracy is critical, as insufficient or excessive solder paste can cause defects such as bridging, solder balls, or insufficient solder joints. High-precision solder paste printers help ensure stable and repeatable printing results.
Q: 5. Can a solder paste printer be integrated with SPI systems?
A: Yes. A solder paste printer can be integrated with SPI (Solder Paste Inspection) systems to form a closed-loop process. This allows real-time feedback and automatic parameter adjustment to improve printing quality.
Q: 6. What factors affect solder paste printing quality?
A: Printing quality is influenced by stencil design, solder paste type, squeegee pressure and speed, PCB flatness, and printer alignment accuracy. Proper process setup is essential for reliable SMT production.
Q: 7. Is a solder paste printer suitable for lead-free SMT processes?
A: Yes. Modern solder paste printers are designed to support lead-free solder paste and meet the accuracy requirements of lead-free SMT processes.
Q: 8. What maintenance is required for a solder paste printer?
A: Routine maintenance includes cleaning the stencil, squeegee blades, and printing table, as well as checking alignment systems and mechanical components to maintain consistent printing performance.
Q: 9. How do I choose the right solder paste printer for my SMT line?
A: Choosing the right solder paste printer depends on PCB size, production volume, accuracy requirements, and level of automation. Working with an experienced SMT line solution provider helps ensure optimal printer selection and smooth line integration.
Q: 10. Can solder paste printers support automation and smart factory integration?
A: Yes. Advanced solder paste printers support automation features such as barcode reading, MES connectivity, automatic stencil cleaning, and line communication for smart SMT factory environments.
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