Publish Time: 2026-06-22 Origin: Site
In June 2026, I.C.T successfully delivered a complete SMT production line to a smartphone manufacturer in Algeria. To ensure a smooth startup and stable production, I.C.T dispatched an experienced SMT engineer to the customer's factory to provide on-site installation, commissioning, technical training, and production support.
This project marks another successful implementation of an I.C.T turnkey SMT solution in Africa, helping local electronics manufacturers improve production efficiency and product quality while building their own technical capabilities.
The customer is an electronics manufacturer specializing in smartphone assembly and production for the local and regional markets. As demand for smartphones continues to grow across North Africa, the customer decided to establish an advanced SMT production facility to increase manufacturing capacity and reduce reliance on imported finished products.
Smartphone PCB assembly requires high placement accuracy, stable soldering quality, and reliable inspection processes. Based on the customer's product requirements and production targets, I.C.T designed a complete SMT production solution customized specifically for smartphone manufacturing.
The SMT line included:
High-Speed Pick and Place Machine * 2 Sets
This configuration allows the customer to complete the entire SMT assembly process, from solder paste printing to final inspection and depaneling, on a single integrated production line.
Like many new factory projects, installing the equipment was only part of the challenge.
When the I.C.T engineer arrived in Algeria, several site conditions still needed to be finalized before production could begin.
The factory was still completing utility preparation, including power supply, compressed air systems, and exhaust installation for the reflow oven. Some equipment accessories also experienced temporary delays due to international transportation and customs procedures.
Instead of waiting for conditions to become perfect, the I.C.T engineer worked closely with the customer's team to coordinate installation schedules, optimize equipment placement, and prepare each machine for commissioning as soon as supporting infrastructure became available.
This proactive approach significantly reduced project delays and helped keep the startup schedule on track.
After confirming the factory layout and utility connections, the installation process officially began.
The engineer first completed equipment positioning and leveling to ensure smooth material flow throughout the production line. Each machine was then connected and integrated according to the planned process sequence.
Once the mechanical and electrical installation was completed, the commissioning phase started.
The engineer carried out:
Equipment power-up inspection
Software configuration and registration
Communication testing between machines
Conveyor synchronization verification
Pick-and-place machine calibration
Reflow oven temperature profile setup
SPI and AOI parameter configuration
Full-line dry run testing
Several technical issues were identified and resolved during commissioning, including machine registration procedures, battery replacement for placement equipment, compressed air stability, and optimization of the reflow oven exhaust system.
Through systematic testing and adjustment, the entire SMT line was successfully brought into operational condition.
For a new manufacturing facility, operator training is just as important as equipment installation.
Throughout the project, the I.C.T engineer provided comprehensive hands-on training to the customer's engineering and production teams.
Training topics included:
Solder paste loading
Stencil alignment
Print quality inspection
Printer maintenance procedures
Program creation
Defect detection settings
Process optimization methods
PCB data import
Component library management
Feeder setup
Production program creation
Machine maintenance
Temperature profile adjustment
Production monitoring
Daily maintenance
Inspection programming
Defect classification
False call reduction
Product fixture setup
Cutting parameter adjustment
Safety operation procedures
By combining classroom explanations with real production practice, the customer's team quickly gained the skills needed to independently operate and maintain the SMT line.
After installation and training were completed, the project entered the trial production stage.
Using actual smartphone PCB assemblies, the engineer worked together with the customer's team to verify the entire manufacturing process.
Each production stage was carefully monitored:
Solder paste quality
Component placement accuracy
Reflow soldering performance
AOI inspection results
PCB depaneling quality
Several rounds of optimization were carried out to fine-tune process parameters and ensure consistent product quality.
After verification, the SMT line achieved stable operation and successfully produced qualified smartphone PCB assemblies that met the customer's production requirements.
With the joint efforts of both teams, the SMT production line was successfully installed, commissioned, and put into operation.
More importantly, the customer now has a trained engineering team capable of independently operating the production line and supporting future manufacturing growth.
The successful completion of this project demonstrates I.C.T's commitment not only to supplying SMT equipment but also to providing complete technical support throughout the entire project lifecycle.
From equipment delivery and installation to training and production verification, I.C.T helps customers turn manufacturing plans into real production capacity.
Every factory is different. Every project comes with its own challenges.
That's why I.C.T continues to provide global on-site technical support to help customers reduce startup risks, shorten production ramp-up time, and achieve stable manufacturing performance faster.
Whether you're building a new smartphone production facility or expanding an existing electronics factory, I.C.T is ready to support your project from planning to production.