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Tornado Rotary Air Nozzle Large Module
JMET Tornado Rotary Air Nozzle Large Module adopts multi-nozzle manifold modular design. The tornado vortex nozzle creates high-energy rotating airflow for deep cleaning and drying on complex, grooved and curved workpieces. 360° adjustable nozzles, SS manifold for balanced air delivery. Widely used in lithium battery, auto parts, electroplating and electronic cleaning lines. Custom sizes available.
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Description
Tornado Rotary Air Nozzle Large Module
| Model | Nozzle Qty | Effective Blow-off Width | Manifold Material | Main Air Inlet | Mounting |
|---|---|---|---|---|---|
| JMAM-04 | 4 pcs | 250 mm | SS304 | G1/2″ | Bracket |
| JMAM-06 | 6 pcs | 400 mm | SS304 | G3/4″ | Bracket |
| JMAM-08 | 8 pcs | 550 mm | SS304 | G3/4″ | Bracket |
| JMAM-10 | 10 pcs | 700 mm | SS304 | G1″ | Bracket |
| JMAM-12 | 12 pcs | 850 mm | SS304 | G1″ | Bracket |
| Custom | ≥14 pcs | On request | AL6061 / SS316L | Custom | Custom frame |
Note: Standard working pressure: 0.4–0.6 MPa; Standard nozzle single air consumption @0.5MPa: ~100 L/min; Custom configurations supported.
Product Overview
JMET Tornado Rotary Air Nozzle Large Module is a high-impact modular blow-off system assembled with multiple tornado vortex nozzles on a shared stainless steel air manifold. Different from conventional straight air knives that produce planar air curtains, this unit generates rotating cyclonic airflow, delivering strong penetrating force to strip moisture, coolant, dust and oil residue from grooves, cavities and complex curved surfaces where ordinary air knives cannot reach.
The integrated manifold design ensures even air distribution across all nozzles. Each tornado nozzle supports 360° angle adjustment. Customers can select nozzle quantity and layout according to conveyor width, workpiece shape and drying requirements. It can be matched with compressed air supply or JMET blowers for stable continuous blow-off on high-speed automated production lines. Non-contact drying avoids scratching or damaging sensitive workpiece surfaces.
Key Features
✅ Vortex Tornado Airflow High-speed rotating cyclonic jet with strong penetration, excellent for recesses, holes and irregular profiles; drying efficiency up to 99.9% for residual water and oil.
✅ Modular Manifold Structure Stainless steel manifold for uniform air supply; freely configurable nozzle count and installation pitch. Custom overall length and mounting frame available.
✅ 360° Adjustable Nozzles Each tornado nozzle can swivel independently to align airflow toward target areas, flexible for multi-angle blow-off requirements.
✅ Low Maintenance & Long Service Life Wear-resistant nozzle core; no moving rotating parts inside the nozzle; stable performance, low noise and no frequent servicing.
✅ Multiple Material Options 6061 aluminum alloy / SS304 /Plastic for manifold and nozzles, suitable for general, humid, corrosive and food-grade environments.
✅ Compatible Air Source Works with compressed air system ; supports continuous 24h running on automation lines.
Typical Applications
- Lithium battery industry: Cell / module cleaning, electrolyte rinsing residual water blow-off
- Automotive parts: Stamping parts, castings, machined component coolant and oil removal
- Electroplating & surface treatment: Post-rinse drying before coating
- Food & beverage: Bottle, jar and packaged product surface water removal
- PCB & electronics: Cleaning after ultrasonic washing
- General automation: Dust removal, cooling and static elimination assist
Selection Guide Tip
- Measure your conveyor width and the blow-off zone length
- Confirm air source: Compressed air or blower supply
- Select material based on working environment (wet, acid, food)
- Send workpiece photos and layout drawing for JMET technical support to optimize nozzle arrangement
FAQ
What is the difference between a rotary air nozzle and a standard air blow gun for drying?
Standard air blow guns deliver fixed-direction straight airflow. Water trapped inside recessed cavities is pressed by air pressure and hard to remove; they also require manual handling and movement. The rotary air nozzle generates shockwaves via rotary jets at over 20 cycles per second. The intermittent air impact knocks out pooled water. It provides fuller coverage and shorter processing time under the same pressure and airflow.
How much air does one rotary air nozzle consume?
Approximately 100 NL/min at 0.4 MPa, with a range of 90~110 NL/min between 0.4 MPa and 0.5 MPa. Total compressed air consumption for the whole line can be calculated by multiplying the number of working stations, blow-off time per workpiece and production takt.
Can it be connected directly to existing air piping?
Yes, it can be connected to your workshop compressed air line. A filter regulator, ball valve and quick coupler are recommended upstream for easy individual maintenance. The air supply pressure must not exceed 0.8 MPa. Only compressed air is permitted; no other gases are allowed.
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