LED and MiniLED Display Manufacturing Online Visual Dispensing Solution

The FS700 Series Online Visual Dispensing Machine is a cutting-edge inline solution developed for high-precision, high-volume dispensing tasks in the LED and MiniLED display manufacturing sector. Designed to handle large-format PCBs and display panels, the FS700 Series offers a stable gantry platform with advanced visual alignment and motion control, ensuring flawless dispensing of adhesives, encapsulants, and underfill materials.

Competitive Advantages

• Dual-Valve Synchronous Operation: with position compensation ensures uniform dispensing lines, improved UPH, and easy process tuning for high-mix production.
• Large-Format Capability: supports large PCB panels and LED display boards with stable top lifting.
• High-Precision Visual Alignment: provides repeatability down to ±0.015 mm (X/Y) and ±0.005 mm (Z), critical for fine-pitch MiniLED processes.
• Fully Automated Track Width Adjustment: Handles varying panel widths with ease.

Main Application Areas

✓ MiniLED Backlight Module Assembly
✓ LED Display Module Glue Filling
✓ Dam & Fill for Large Panels
✓ NTC Encapsulation for Power Electronics
✓ SMT PCB Adhesive and Underfill

Key Specifications

Q&A

Q1: How does the FS700 Series maintain consistent glue lines on large LED panels?
A: Dual-head position compensation and high-precision vision alignment ensure every bead stays consistent, even across large boards or multi-zone modules.

Q2: What if I need to switch panel sizes or processes quickly?
A: The FS700 Series supports automatic width adjustment and recipe saving for fast changeovers, saving time and reducing scrap.

Q3: Why is flatness so critical for MiniLED displays?
A: Uneven glue can cause light leakage and dead pixels. The FS700 Series combines stable gantry motion, large lifting support, and advanced motion control to meet high flatness demands.

Q4: Can it handle complex processes like Dam & Fill and NTC encapsulation?
A: Yes — the FS700 Series is built for high-viscosity adhesives, underfill, and complex multi-zone patterns, with real-time monitoring for stable results.