English  |
ISS-2000
I.C.T
Intelligent SMD Component Storage System
| Quantity: | |
|---|---|
Batch Work Tasks
The system supports batch storage and retrieval operations, allowing multiple SMD reels to be processed efficiently during daily warehouse activities. Instead of searching and handling components individually, operators can complete larger material preparation tasks through an organized automated workflow.
This function is especially suitable for electronics factories with high component consumption and frequent product changes. By reducing repeated manual operations, the automated smd storage system helps improve warehouse efficiency and ensures production teams receive required materials faster.
Dedicated Platform
The dedicated platform provides stable support for reel storage and movement, ensuring accurate positioning throughout automated handling operations. Different reel specifications can be managed securely while reducing the risk of component damage caused by unstable transportation.
Compared with traditional shelves or manual storage methods, this structure provides better handling control and improves operational safety. The platform design enables SMD Storage Towers to maintain reliable performance during continuous production environments where speed and accuracy are both important.
Built-in Code Scanner
The built-in code scanner automatically identifies component information during storage and retrieval procedures. This eliminates additional manual checking steps and improves the accuracy of material records.
By collecting reel information digitally, manufacturers can achieve better inventory visibility and stronger traceability management. The scanning function helps production teams quickly confirm component status, reduce material selection errors, and create a smoother connection between storage operations and manufacturing processes.
Temperature and Humidity Control
Electronic components require suitable environmental conditions to maintain reliability before assembly. The system provides temperature and humidity monitoring functions to help factories maintain a controlled storage environment.
Real-time monitoring allows operators to understand storage conditions and reduce risks caused by excessive moisture or unsuitable temperatures. This function is especially valuable for sensitive components and supports the operation of an Intelligent SMD Component Storage System in modern electronics manufacturing facilities.
| Model | Intelligent Storage System | |||
| Max reel size (Depending on Configuration) | Reel height | 7” small | 13" wide | 15" Wide |
| 8mm | ok | ok | ok | |
| 12mm | ok | ok | ok | |
| 16mm | ok | ok | ok | |
| 24mm | ok | ok | ok | |
| 32mm | - | ok | ok | |
| 44mm(Option) | - | ok | ok | |
| Max reel weight | 2.0 Kg | |||
| Max reel loading/unloading at once cycle | 35 (Small Configuration) / 25 (Standard & Mixed Configuration) / 8 (Wide) | |||
| Max possible machines to connect | 99 *External server PC is required for 4 or more machines connected. | |||
| Average time for unloading | 15” seconds | |||
| Network | Ethernet LAN | |||
| Display | LCD touch screen | |||
| Operation system | Windows 10 pro | |||
| Power capacity | 1500 VA Standard with dehumidifier | |||
| Power supply | Single phase 110/230V (± 5%), 50/60Hz | |||
| Dimensions (Excluding tower signal) | Standard (with dehumidifiers) | 2715*1620*2450mm | ||
| With extension | 2715*1620*3200mm | |||
| Weight | Standard | 1565Kg | ||
| Extension | 417Kg | |||
* Customized mode please contact I.C.T Team.
| SMT Line Equipment List
A complete electronics manufacturing environment requires coordinated planning across production processes, factory layout, and technical management. I.C.T provides full SMT, DIP, and coating production solutions designed according to customer products, capacity requirements, and manufacturing goals.
From factory planning and production line configuration to process integration and engineering support, I.C.T helps customers establish efficient manufacturing systems. By connecting assembly, soldering, inspection, and coating processes into one complete workflow, manufacturers can improve production stability and create flexible production capabilities for future expansion.
| Product Name | Purpose in SMT Line |
|---|---|
| PCB Loader | Automatically loads bare PCBs to the line. |
| Solder Paste Printer | Prints solder paste on PCB pads accurately. |
| Pick and Place Machine | Mounts components onto PCBs precisely. |
| Reflow Oven | Melts solder to form solid joints. |
| AOI Machine | Inspects solder joints and placement defects. |
| SPI Machine | Checks solder paste height and quality. |
| Traceability Equipment | Records and tracks production data: Laser Marking Machine/Label Mounter/Inkjet Printer |
| SMT Cleaning Machine | Used for cleaning PCBs, stencils, fixtures, nozzles, etc. |
| Laser PCB Routing Machine | Cut the PCBA into the final product |
| Customer Success Video
Recently, I.C.T successfully delivered a complete electronics production solution to a customer in Kazakhstan for power supply manufacturing. The project included a fully automated SMT production line and a DIP insertion line to support the customer’s production requirements.
The SMT production section included a loader, full-auto printer, reflow oven, conveyors, and offline AOI machine. After equipment delivery, I.C.T engineers traveled to the customer factory to complete installation, commissioning, and operator training.
After the production line was successfully prepared, the customer appreciated the equipment quality, competitive pricing, and professional support provided by engineers Andy and Billy.
| Service and Training Support
I.C.T provides professional support from initial project communication to final production operation. Engineering teams assist customers with technical confirmation, installation preparation, onsite commissioning, and operator training.
During onsite service, engineers guide customer teams through equipment operation, maintenance procedures, and production practices. After project completion, customers continue receiving technical assistance through online support and engineering consultation.
This complete service approach helps customers quickly achieve stable operation and build confidence in managing their manufacturing systems independently.
| Customer Feedback
Successful projects require not only reliable solutions but also effective cooperation between suppliers and customers. I.C.T focuses on understanding customer requirements and providing practical support throughout the entire project process.
During the Kazakhstan power supply project, the customer recognized the quality of the delivered production line and appreciated the assistance provided by Andy and Billy during installation and training.
The positive feedback demonstrates I.C.T’s commitment to delivering dependable manufacturing solutions and establishing long-term relationships with customers worldwide.
| Certifications and Standards
I.C.T applies comprehensive quality management throughout engineering design, manufacturing, testing, and delivery. Each project is supported by experienced teams who verify system performance before shipment.
Continuous improvement of production procedures and technical standards helps ensure reliable operation after installation. Through strict quality control and professional engineering practices, I.C.T supports customers in achieving stable manufacturing performance across industries including automotive electronics, industrial control, medical electronics, and consumer products.
| About I.C.T Company and Factory
I.C.T specializes in complete electronics manufacturing solutions covering SMT, DIP, coating, automation, and smart factory technologies.
With experienced engineering teams, professional manufacturing capabilities, and global project experience, I.C.T supports customers from factory planning and solution design to installation, training, and long-term technical service.
By combining manufacturing expertise with intelligent automation concepts, I.C.T helps global electronics manufacturers build efficient, reliable, and scalable production environments prepared for future development.
