Σ-F8S
Yamaha
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Yamaha Σ-F8S is built for modern electronics manufacturing that requires speed, accuracy, and stability at the same time. It is a modular SMT pick and place system designed to handle high-density PCB assembly with consistent performance. The machine is engineered to support high-mix production environments while maintaining strong throughput.
With advanced motion control and optimized feeder architecture, the Σ-F8S can support complex component layouts and fast production switching. It is widely used in consumer electronics, automotive control boards, LED production, and industrial electronics. The system helps manufacturers reduce production bottlenecks and improve overall factory efficiency.
The Σ-F8S is designed to deliver extremely fast placement speed while maintaining stable accuracy. Its multi-beam structure and optimized motion control system ensure smooth operation even under high-load production. This allows manufacturers to significantly increase output without sacrificing quality, especially in high-volume SMT environments.
The machine uses a direct drive rotary head system to improve response speed and placement precision. This reduces mechanical loss and enhances long-term stability. It also minimizes vibration during operation, ensuring consistent accuracy when handling small and sensitive components such as 0201 chips and fine-pitch ICs.
Σ-F8S integrates a smart feeder system that supports high-capacity component supply. It reduces manual intervention and improves continuous production capability. The system is designed to minimize feeder downtime, allowing smoother material changeovers and better production planning for high-mix manufacturing.
The machine structure is optimized for continuous operation. Even during long production cycles, it maintains stable positioning accuracy and repeatability. This makes it suitable for factories that require 24/7 mass production with minimal interruption and consistent quality output.
The “1-head solution” direct drive rotary head produces high accuracy at high speeds.
Fastest speed in its class! Produces 150,000 CPH with 4 beams & 4 heads.
Significantly reduced maintenance down time with exchangeable nozzle stockers and linear drive motors.
The super loading feeder totally innovates component supply eliminating down time for feeder replenishment.
| Specification
| 项目 | 规格参数 |
|---|---|
| Model | Sigma Σ-F8S |
| Applicable PCB (Single lane) | L330 × W250mm to L50 × W50mm(Option: L381 × W510mm to L50 × W50mm) |
| Applicable PCB (Dual lane) | L330 × W250mm to L50 × W50mm |
| Head / Applicable Components (High-speed head) | 0201 CHIP to 4.3 × 3.4mm, Height 2.0mm or less |
| Head / Applicable Components (Multi-purpose head) | 03015 CHIP to 33mm square, Height 12.7mm or less |
| Mounting Capability | High-speed head × 4 specs: 150,000 CPH (Dual lane)136,000 CPH (Single lane)High-speed head:0201/03015: ±25μm (3σ) (140,000 CPH)0402/0603: ±36μm (3σ) (150,000 CPH) |
| Number of Component Types | Max. 80 types (conversion for 8mm tape feeder) |
| Power Supply | 3-phase AC 200V ±10% 50/60Hz |
| Air Supply Source | 0.45 to 0.69 MPa (4.6 to 7 kgf/cm²) |
| External Dimension | L1,280 × W2,240 × H1,450 mm (excluding projections) |
| Weight | Approx. 1,940 kg |
| SMT Line Equipment List

I.C.T provides full factory SMT solutions including line planning, layout design, installation, debugging, and operator training. This helps customers build a stable, scalable, and highly automated production system suitable for global electronics manufacturing needs.

| Customer Success Video
I.C.T successfully delivered a full SMT production line to a customer in Kazakhstan for power supply manufacturing. The production line included SMT loader, automatic solder paste printer, SMT placement machine, reflow oven, SMT conveyor system, and offline AOI inspection equipment.
Our engineers Andy and Billy were sent to the customer factory for installation and training. They supported machine setup, process calibration, and operator guidance to ensure smooth production startup. After commissioning, the customer successfully achieved stable mass production and confirmed reliable performance across the entire SMT line.
| Service and Training Support
I.C.T provides full-service support for SMT production lines including installation, programming assistance, operator training, and remote technical guidance. Our engineering team supports customers during production ramp-up and continuous operation stages.
We also provide SMT process optimization, factory layout planning, and efficiency improvement consulting. Training is designed to help operators quickly understand machine operation, maintenance, and troubleshooting, ensuring stable long-term production capability.

| Customer Feedback
Customers consistently recognize the stability and efficiency of Yamaha SMT systems integrated by I.C.T. They highlight smooth installation support, clear technical guidance, and fast response from engineers during production setup.
Customers also appreciate secure packaging, stable machine performance, and long-term operational reliability. The combination of advanced equipment and professional service creates strong trust and long-term cooperation worldwide.

| Certifications and Standards
All SMT solutions provided by I.C.T meet international manufacturing standards. Our systems are certified under CE, RoHS, ISO9001, and multiple industrial patents.
These certifications ensure stable machine quality, safe operation, and compliance with global electronics manufacturing requirements, supporting customers in different markets worldwide.

| About I.C.T Company and Factory
I.C.T is a professional SMT factory solution provider with strong capabilities in R&D, manufacturing, and global technical service. We support customers in more than 80 countries across different electronics industries.
Our factory follows strict quality inspection standards from component sourcing to final machine testing. With continuous growth and innovation, we serve over 1700 global customers, helping them build efficient, stable, and intelligent SMT production lines for modern electronics manufacturing.
