Smoke Visualization

About Smoke Visualization

Overview (Marketing Description)

The Smoke Visualization System is an advanced flow diagnostics solution designed to make airflow patterns visible for aerodynamic analysis, ventilation studies, and cleanroom validation. By introducing fine tracer smoke into controlled air streams, the system enables real-time observation of flow behavior such as vortices, turbulence, and separation.

Ideal for wind tunnel experiments, HVAC validation, and GMP-compliant cleanroom testing, the system provides a simple yet powerful method for qualitative and semi-quantitative flow analysis.

Key Features

• High-visibility tracer smoke for real-time flow visualization
• Compatible with wind tunnels and open-air test setups
• Uniform smoke generation with controlled particle size
• Safe, non-toxic smoke media options
• Easy integration with laser sheet or optical systems
• Portable and user-friendly operation

Technical Specifications (Typical Ranges)

Smoke Generation

• Smoke Type: Glycol-based / mineral oil / water-based fog
• Particle Size: 0.3 0.5 microns
• Output Control: Adjustable flow rate
• Generation Method: Thermal / vaporization / compressed system

Airflow Compatibility

• Air Velocity Range: 0.1 to 130 m/s (effective visualization)
• Optimal Range: 0.5 to 50 m/s
• Flow Type: Laminar and low turbulence are preferred

System Components

• Smoke generator unit
• Injection probe / nozzle
• Flexible delivery tubing
• Optional laser sheet illumination system
• Control unit (manual / digital)

Power & Operation

• Power Supply: 110240V AC / portable battery options
• Warm-up Time: 2 10 minutes
• Continuous Operation: Up to several hours (model dependent)

Applications

• Wind Tunnel Testing: Airfoil, automotive, and UAV flow studies
• Cleanroom Validation: Airflow pattern verification (GMP compliance)
• HVAC Analysis: Ventilation and airflow distribution studies
• Aerodynamic Research: Flow separation and vortex visualization
• Educational Demonstrations: Fluid dynamics experiments

Optional Accessories

• Laser sheet optics for enhanced visualization
• High-speed camera systems for recording
• Automated smoke injection control
• Data acquisition and synchronization systems

Limitations

• Reduced effectiveness at very high speeds (> 480 km/h)
• Possible residue formation depending on smoke medium
• Requires controlled lighting for optimal visualization