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The paint spraying system is an integrated system covering paint
delivery, atomization spraying, environmental control and exhaust
gas treatment. The core goal is to improve the quality of spraying,
reduce pollution emissions and realize intelligent production. The
following is a modular analysis:
1. System architecture overview
A[Paint supply system] --> B[Spraying equipment]
B --> C[Paint spraying room environmental control]
C --> D[Exhaust gas treatment system]
D --> E[Intelligent monitoring center]
2. Key points of operation and maintenance specifications
1. Safety specifications
Explosion-proof area division implements GB/T3836.15-2024
Electrostatic grounding resistance ≤1Ω (tested every shift)
2. Intelligent maintenance
Predictive maintenance system (vibration analysis + thermal imaging
monitoring)
Spare parts life warning (accurate to ±10 working hours)
1. Core structure and component description
1. Paint supply subsystem
Component technical characteristics 2025 technology upgrade points
Pressure tank group 316L stainless steel material, resistant to
solvent corrosion Nano-coated inner wall anti-paint
Proportional mixer Servo motor drive, accuracy ±0.5% Support AI
formula autonomous learning
Constant temperature paint pipeline Double-layer PTFE heating pipe
(temperature control ±1℃) IoT leakage warning system
2. Spraying equipment
Electrostatic rotary cup: Speed range: 10,000-60,000rpm
(piezoelectric ceramic drive)
Shaping air closed-loop control (CFD simulation optimizes
atomization angle)
Robot system: 6-axis linkage repeat positioning accuracy ±0.03mm
Integrated visual positioning (3D point cloud scanning accuracy
0.1mm)
3. Environmental control unit
# Intelligent control logic of environmental parameters
def env_control():
if VOC > 150ppm:
Start RTO incineration
Adjust air supply volume (+20%)
elif humidity < 40%RH:
Activate dehumidifier
Spraying robot slows down by 15%
4. Exhaust gas treatment module
Three-stage treatment process: dry pre-filtration (G9-grade metal
filter)
RCO catalytic combustion (precious metal catalyst life ≥ 8000h)
Deep purification tower (biological enzyme decomposition
technology)
Emission index: particulate matter ≤ 5mg/m³
Benzene ≤ 1mg/m³ (in line with the new national standard
GB37822-2025)
III. Comparison of key technical parameters
System type | Spraying efficiency (m²/h) | VOC removal rate | Energy consumption index | Applicable scenarios |
Traditional air spraying | 50-80 | 60%-75% | 1.0 | Small parts repair |
Electrostatic rotary cup system | 120-200 | 85%-92% | 0.6 | Automobile body painting |
Intelligent coating line | 300+ | 98%↑ | 0.4 | 3C electronics/aerospace parts |
1.High cost performance: Based on the customer's product
positioning and development strategy, and with economic
affordability as the foundation, we achieve the best cost
performance.
2.The advanced and meticulous design concept of the equipment,
along with the highly automated industrial equipment, showcases the
image of a modern and advanced enterprise.
3. It has high adaptability, meeting the current production
requirements and reserving room for development, taking into
account the needs of increased production and improved quality in
the future.
4.Quality compliance strictly adheres to the ISO900 quality
management system, with every minute detail of the entire equipment
installation being strictly controlled.