English  |
ISS-2000
I.C.T
Smd Parts Storage System
| Quantity: | |
|---|---|
Batch Work Tasks
The system supports multiple storage and retrieval tasks in one operation cycle, allowing operators to manage larger quantities of SMD materials more efficiently. Instead of manually locating and moving individual reels, production teams can complete component preparation through a more organized process.
This function helps reduce repeated warehouse activities and improves response speed when production schedules change. For factories managing large inventories of SMD Storage materials, batch operation provides a practical solution for improving workflow efficiency and maintaining stable material supply.
Dedicated Platform
The dedicated platform is designed to provide stable support for component reels during automated movement and storage. Its precise positioning structure ensures reliable handling performance while reducing the possibility of reel displacement during operation.
Compared with traditional storage methods, this design offers better protection for electronic components and improves daily handling safety. The stable platform structure allows the system to operate continuously in manufacturing environments where accuracy, reliability, and efficient material management are essential.
Built-in Code Scanner
The built-in code scanner automatically identifies component information during storage and retrieval processes. This eliminates additional manual checking procedures and helps reduce mistakes caused by incorrect material records.
Through digital information collection, manufacturers can improve component traceability and maintain clearer inventory data. The automatic scanning function allows production teams to quickly confirm material status and improves the connection between storage management and manufacturing processes.
This capability supports factories moving toward an SMT Intelligent SMD Storage System with better digital control.
Temperature and Humidity Control
Electronic components require suitable storage conditions before entering production. The system provides temperature and humidity monitoring functions to help maintain a controlled environment for stored materials.
Real-time environmental information enables operators to identify changes in storage conditions and reduce risks caused by excessive moisture or unsuitable temperatures. This function improves component protection and supports stable production preparation.
By combining environmental monitoring with automated storage management, factories can create a safer and more reliable material storage process.
| 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 modern electronics factory requires complete manufacturing planning that connects production processes, equipment configuration, and technical support. I.C.T provides integrated SMT, DIP, and coating solutions designed according to customer products, production requirements, and factory conditions.
From factory layout planning and production line design to process connection and engineering assistance, I.C.T helps customers establish efficient manufacturing systems. By coordinating assembly, soldering, inspection, and coating processes, manufacturers can improve production stability and create flexible production capabilities for long-term development.
| 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 completed a complete electronics manufacturing project for a customer in Kazakhstan producing power supply products. The project included a fully automated SMT production line and a DIP insertion line to support the customer’s production requirements.
The SMT 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 successful production preparation, the customer recognized the equipment quality, competitive pricing, and professional technical support provided by engineers Andy and Billy.
| Service and Training Support
I.C.T provides professional service throughout the complete project lifecycle, including technical communication, installation support, commissioning, and operator training.
Before production starts, engineering teams work with customers to confirm requirements and prepare suitable implementation plans. During onsite service, engineers provide practical guidance to help customer teams understand operation methods and maintenance procedures.
After project completion, continuous technical assistance is available through online support and engineering consultation to help customers maintain stable manufacturing performance.
| Customer Feedback
Successful manufacturing projects depend on reliable solutions and strong technical cooperation. I.C.T focuses on understanding customer needs and providing practical support throughout every project stage.
During the Kazakhstan power supply project, the customer appreciated the quality of the delivered production line, the reasonable investment, and the support provided by engineers Andy and Billy during installation and training.
The successful cooperation reflects I.C.T’s commitment to helping customers achieve stable production and building long-term partnerships worldwide.
| Certifications and Standards
I.C.T follows strict quality control procedures throughout solution design, manufacturing, testing, and delivery. Each project is supported by experienced engineering teams who verify system performance and ensure stable operation before shipment. Continuous improvement in production standards and project management helps customers reduce operational risks and maintain reliable manufacturing performance. This quality-focused approach supports industries with demanding requirements, including automotive electronics, industrial products, medical devices, and consumer electronics.
| About I.C.T Company and Factory
I.C.T applies strict quality management throughout solution design, manufacturing, testing, and delivery. Each project is supported by professional teams who verify system performance before shipment.
Continuous improvement of manufacturing procedures and engineering standards helps reduce production risks and improve long-term reliability. Through systematic quality control, I.C.T supports customers in maintaining consistent manufacturing performance across different industries.
This quality-focused approach helps meet the requirements of automotive electronics, industrial control, medical electronics, and other advanced manufacturing applications.
