The LED Washing Machine SF-680 is an automatic online cleaning system designed for Micro LED and Mini LED manufacturing processes. The equipment is mainly used to remove water-soluble flux residues, organic contamination, and inorganic pollutants after LED chip soldering and assembly.
With the rapid development of Micro LED and Mini LED display technology, manufacturers require advanced cleaning solutions that can maintain high precision while protecting extremely small LED structures. The SF-680 provides a complete cleaning process combining DI water cleaning, DI water rinsing, and hot air drying.
The system is designed for high-precision, large-scale LED chip cleaning applications where cleanliness directly affects display quality, brightness consistency, and production yield.
What is LED Washing Machine SF-680?
The SF-680 is a fully automatic online water cleaning machine developed for Micro LED and Mini LED production lines.
Unlike traditional semiconductor wafer cleaners used in front-end chip fabrication, the SF-680 focuses on LED manufacturing and packaging processes after soldering or assembly.
Its main purpose is removing manufacturing residues from LED products before inspection, testing, or further packaging processes.
Why LED Chip Cleaning is Important
During Micro LED and Mini LED production, different processes can introduce contamination including:
Water-soluble flux residue
Organic contamination
Inorganic particles
Soldering residues
Process dust
These contaminants may affect:
LED brightness uniformity
Electrical performance
Display reliability
Bonding quality
Product lifetime
Effective cleaning is therefore an important step in improving LED manufacturing quality.
SF-680 LED Cleaning Technology
DI Water Spray Cleaning
The SF-680 uses heated DI water spray cleaning technology to remove water-soluble flux and surface contamination from LED components.
High-flow cleaning technology allows DI water to penetrate small gaps and remove residues from complex LED structures.
DI Water Rinse Process
After cleaning, the system performs DI water rinsing to remove remaining contaminants and maintain high surface cleanliness.
Long Time Hot Air Drying
The equipment integrates a long-duration hot air circulation drying system to remove moisture after cleaning.
Proper drying helps prevent water marks and prepares LED products for the next manufacturing process.
Adjustable Cleaning Parameters
Cleaning pressure, rinsing pressure, and air knife pressure can be adjusted according to different LED product requirements.
SF-680 Cleaning Process Flow
LED product loading
DI water spray cleaning
Flux residue removal
DI water rinsing
Hot air drying
Clean product unloading
Process Flow:
LED Product Loading → DI Water Cleaning → DI Rinse → Hot Air Drying → Inspection → Next Assembly Process
Key Features of SF-680 LED Washing Machine
Designed for Micro LED and Mini LED
The SF-680 is optimized for advanced LED display manufacturing applications requiring high precision cleaning performance.
Automatic DI Water Management
The system supports automatic DI water supply and overflow refresh functions to maintain stable cleaning quality.
High Flow Cleaning Performance
Large-volume DI water flow improves cleaning efficiency and helps remove residues from complex LED structures.
PLC Control System
The equipment uses PLC control with graphical operation interface, allowing operators to set, save, modify, and recall cleaning programs.
SUS304 Stainless Steel Structure
The machine body, pipelines, and major components use SUS304 stainless steel construction for corrosion resistance and long-term production stability.
SF-680 Technical Specifications
| Parameter | Description |
|---|---|
| Equipment Type | Automatic LED cleaning machine |
| Main Application | Micro LED and Mini LED cleaning |
| Cleaning Method | DI water spray cleaning |
| Cleaning Target | Flux residue, organic and inorganic contamination |
| Process | Cleaning + DI rinse + hot air drying |
| Control System | PLC automatic control |
| Machine Material | SUS304 stainless steel |
| Production Mode | Online automatic cleaning |
Applications of LED Washing Machine SF-680
Micro LED Display Manufacturing
Micro LED displays require extremely high cleanliness because individual LED chips are very small and sensitive to contamination.
Mini LED Backlight Production
Mini LED products require stable cleaning processes after soldering and assembly to maintain display quality.
LED Chip Packaging
The SF-680 helps remove residues generated during LED packaging processes before testing and final assembly.
Advanced Display Manufacturing
The system supports high-precision display production where contamination control affects product performance.
SF-680 vs Semiconductor Package Cleaning Equipment
| Equipment | Main Application |
|---|---|
| SF-680 | Micro LED and Mini LED cleaning |
| FC750 | Semiconductor package online cleaning |
| SC810 | IC package and power module cleaning |
Although these systems all use cleaning technologies, SF-680 is specifically optimized for LED display manufacturing where precision cleaning and product protection are critical.
Maintenance Considerations
DI water quality monitoring
Spray nozzle inspection
Filter cleaning and replacement
Drying system inspection
Pump performance checking
PLC system maintenance
Regular maintenance ensures stable cleaning performance and improves LED manufacturing consistency.
Summary
The LED Washing Machine SF-680 provides an automated cleaning solution for Micro LED and Mini LED manufacturing.
With DI water spray cleaning, rinsing, drying technology, and automatic process control, the SF-680 helps LED manufacturers remove contamination, improve product reliability, and support high-precision display production.
