The coating thickness is uniform and can achieve film thickness control from nanometer to tens of micrometers.
High material utilization rate, usually above 80~95%
Less overspray, reducing material waste
Suitable for precision coating of low viscosity functional materials
Ultrasonic nozzles are not easy to clog and have low maintenance costs
Can realize selective spraying and complex trajectory spraying
Support automated mass production
Device model | MCOTI-XF1100-5T Five-head ultrasonic spray equipment |
Number of nozzles | 5 ultrasonic nozzles |
ultrasonic frequency | 40 kHz |
Atomized particle size | 40–50 μm |
Nozzle specifications | Ø0.8 mm / Ø1.0 mm (replaceable) |
Spray flow rate | 0.5–15 mL/min |
Flow accuracy | ±0.02 mL/min |
Spray width | 5–20 mm |
Spray uniformity | ≥90% (80% effective area) |
Maximum spray area | 1020 × 1050 mm (five heads spray simultaneously) |
motion system | X/Y/Z + T-axis four-axis linkage |
T-axis inclination angle | ±45° |
Positioning accuracy | ±0.025 mm |
Repeat positioning accuracy | ±0.01 mm |
Maximum movement speed | 400 mm/s (X/Y axis) |
Heating platform size | 1100 × 1100 × 25 mm |
Heating temperature | Room temperature～120℃ |
Temperature control accuracy | ±2℃ |
Heating rate | ≥5℃/min |
Liquid supply system | Dual sets of independent liquid supply systems, continuous liquid supply design |
Liquid storage tank capacity | 1000 mL (with mechanical stirring) |
Syringe capacity | 100 mL (independent stirring) |
control system | Windows industrial control platform supports trajectory editing and program storage |
automatic function | Automatic liquid supply, automatic cleaning, continuous spraying, alarm protection |
Power requirements | AC 380 V，21 kW |
Air supply requirements | 80 psi（5.5 bar），150 L/min |
Equipment size | about 3200 × 1600 × 2100 mm |
Overall machine weight | about 1400 kg |
