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I.C.T-Lyra733/733N
I.C.T
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| Industrial SMT thermal solution for PCB assembly
The SMT Reflow Oven is engineered for continuous PCB soldering processes where stability and repeatability are essential. It uses a structured multi-zone heating design to ensure each PCB passes through a controlled thermal curve, reducing stress and improving solder joint reliability.
Integrated nitrogen assistance helps maintain a clean soldering environment, while the conveyor system ensures steady board movement through each heating stage. This configuration makes it suitable for SMT Reflow Oven Machine and reflow oven smd production environments where consistent output is required in high-volume electronics manufacturing.
| Feature
The nitrogen system is designed to maintain a stable low-oxygen environment throughout the entire reflow process rather than only focusing on peak soldering zones. Oxygen sensors continuously monitor internal conditions and adjust gas flow automatically to ensure consistent protection levels. This reduces oxidation on solder joints and improves long-term reliability of electronic assemblies. The sealed chamber structure minimizes external air interference, while optimized circulation paths improve nitrogen utilization efficiency. Compared with conventional systems, this approach provides better process stability for SMT Reflow Oven applications and ensures consistent performance in reflow oven nitrogen environments used in high-density PCB manufacturing lines.
The transport system is designed to ensure smooth and stable PCB movement through multiple heating zones without vibration or misalignment. A reinforced rail structure combined with synchronized chain drive keeps boards in precise position during thermal processing. Conveyor speed can be adjusted according to different product requirements, ensuring correct heating exposure time for each PCB type. The system supports continuous flow integration with upstream SMT equipment and downstream inspection systems, enabling full-line automation. This design improves consistency in SMT Reflow Oven Machine operations and ensures stable performance across reflow oven smd production environments where accuracy and repeatability are critical.
| Specification
* I.C.T keeps working on quality and performance, specifications and appearance may be updated without particular notice.
| SMT Line Equipment List
Our SMT assembly line features advanced equipment for efficient and precise PCB assembly. The fully automated SMT line includes a loader, an auto printer for accurate solder paste application, a pick-and-place machine for precise component placement, a reflow oven for reliable soldering, and an AOI system for thorough defect inspection. This High Quality PCBA Production Line ensures smooth operation, high reliability, and low-cost SMT assembly, meeting diverse industry requirements.
| Customer Success Video
Full SMT and DIP production integration
A large electronics manufacturing project in Uzbekistan was developed as a complete SMT and DIP production facility covering motherboard, SSD, and memory module assembly. The entire project was implemented as a unified system including planning, installation, and production validation.
The SMT line included solder paste printing systems, multiple pick-and-place machines, inspection equipment, PCB handling systems, and reflow soldering equipment. The DIP line consisted of manual insertion stations, odd-form component insertion machines, and wave soldering systems to support mixed production requirements.
I.C.T engineering team provided installation support, system debugging, and operator training. After commissioning, the customer achieved stable production performance with consistent output across all SMT and DIP manufacturing processes.
| Service & Training Support
Full SMT line technical support
I.C.T provides complete technical services covering installation, process optimization, and production training for SMT Reflow Oven systems. Engineers assist customers in adjusting nitrogen flow, optimizing thermal profiles, and synchronizing conveyor settings with upstream SMT equipment. Training focuses on full-line coordination rather than single-machine operation, ensuring stable production flow across SMT Oven environments. This helps reduce downtime, improve yield, and maintain consistent soldering quality in reflow oven smd production lines.
| Customer Praise
Stable and consistent production results
Customers report stable soldering quality even during long production cycles and mixed PCB types. Operators highlight smooth thermal balance and reliable system coordination across SMT lines. Engineering support is considered responsive and practical during installation and production ramp-up stages. When integrated into full SMT systems, the equipment maintains stable interaction with upstream placement machines and downstream inspection units, ensuring consistent performance across SMT Reflow Oven Machine and Lead-free pcb Reflow Oven applications.
| Our Certification
Industrial manufacturing compliance
The SMT Reflow Oven system is manufactured under CE, RoHS, and ISO9001 international standards. Beyond individual machine certification, full production line validation is conducted across printing, placement, inspection, transport, and thermal processing stages. This ensures stable performance under real manufacturing conditions and guarantees long-term reliability. The system is designed to meet global SMT production requirements and maintain consistent output quality in SMT Oven and reflow oven smd environments.
| About I.C.T and Factory
Global SMT production solution provider
I.C.T specializes in complete SMT, DIP, and coating production line solutions with integrated engineering, manufacturing, and process development capabilities. The company provides full factory solutions rather than standalone machines, covering the entire electronics manufacturing workflow from solder paste printing to final reflow and inspection. With customers in more than 80 countries, I.C.T systems are designed to operate as unified production lines that ensure stability, efficiency, and scalability for global electronics manufacturing.
