Low noise, energy-saving, high functionality! Reducing the cost of glass cleaning.
In the glass industry, the cleaning process involves foreign matter removal and drying, which are crucial factors that affect quality. In particular, efficiently removing and drying water droplets and cleaning solutions adhered to the glass surface significantly impacts the product finish and production efficiency. Traditional drying methods often face challenges such as noise and energy consumption. The air nozzle manufactured by Lehner was developed to address these issues. 【Usage Scenarios】 - Draining water after cleaning glass products - Removing foreign matter from glass substrates - Drying automotive glass - Drying display glass - Drying for mirror finishes 【Benefits of Implementation】 - Reduction in noise levels - Cost savings through reduced air consumption - Quality improvement through uniform drying - Improvement of the working environment - Increase in productivity
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【Features】 - Low noise design: Reduces noise levels and improves the working environment. - Energy-saving design: Minimizes air consumption and reduces running costs. - High functionality: Achieves efficient water removal and drying with powerful impact force. - Two types of blow patterns: Available in flat and round types, allowing selection based on application. - Orifice cover: Can close the nozzle to suppress unnecessary air blow. 【Our Strengths】 Tick Corporation provides optimal products tailored to customer needs. With expertise and a wide range of offerings, we support customers in solving their challenges.
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Applications/Examples of results
【Automotive Industry】 Cleaning of machining tools and reference surfaces (oil and chips) Draining and drying of parts and washing machines Cleaning of reference surfaces and chips in line processing Draining and drying of side moldings Draining and drying of bumpers Chemical cleaning of parts Cleaning of reference surfaces and blowing off debris from die-casting and burr-removal machines Blowing off die-cast metals Draining and drying after water washing in painting booths 【Food & Packaging】 Blowing off products on conveyor belts Injecting air to open packaging bags Drying of moisture-laden packaging materials (such as shrink packs) before labeling for weight and price Blowing off and pushing defective products off the conveyor Drying of manufacturing/packaging equipment (mainly for electronic components) Blowing off and drying bottles and cans before filling Drying of bottles and cans before labeling/printing and after filling 【Metal Processing】 Cleaning of casting molds and press molds Cleaning of drills, lathes, and milling machines Blowing off final products removed from molds Blowing off chips and coolant from final products Blowing off and cleaning parts before the cleaning process Blowing off, drying, and cooling parts after cleaning and degreasing processes Cleaning before and after the plating process Cooling tools like drills with air instead of emulsion *The applications/examples of achievements are just a small part.*
Line up（19）
| Model number | overview |
|---|---|
| FL-600E | Material: POM Air consumption: 17㎥/h@0.2MPa Impact force: 2N@0.2MPa Noise level: 70db(A)@0.2MPa ***The world's only product that can be equipped with an orifice cover*** |
| FL-600S | Material: POM (without pigment) Air consumption: 17 m³/h @ 0.2 MPa Impact force: 2 N @ 0.2 MPa Noise level: 70 dB(A) @ 0.2 MPa |
| FL-600PP | Material: PP Air consumption: 17㎥/h@0.2MPa Impact force: 0.8N@0.2MPa Noise level: 65db(A)@0.2MPa |
| FL-600H | Material: POM Air consumption: 8.5㎥/h@0.2MPa Impact force: 0.8N@0.2MPa Noise level: 65db(A)@0.2MPa |
| FL-600A | Material: Aluminum Air consumption: 18㎥/h@0.2MPa Impact force: 2.4N@0.2MPa Noise level: 76db(A)@0.2MPa |
| FL-600ST | Material: SUS316L Air consumption: 13㎥/h@0.2MPa Impact force: 2N@0.2MPa Noise level: 70db(A)@0.2MPa |
| FL-600STW | Material: SUS316L Air consumption: 32㎥/h@0.2MPa Impact force: 4.2N@0.2MPa Noise level: 98db(A)@0.2MPa |
| FL-600SY | Material: SUS316L Air consumption: 9㎥/h@0.2MPa Impact force: 1.2N@0.2MPa Noise level: 71db(A)@0.2MPa |
| FL-600FC | Material: Iron/PVC Air consumption: 27㎥/h@0.2MPa Impact force: 3.7N@0.2MPa Noise level: 83.5db(A)@0.2MPa |
| FL-600FK | Material: Brass/PVC Air consumption: 15㎥/h@0.2MPa Impact force: 2.3N@0.2MPa Noise level: 77.5dB(A)@0.2MPa |
| FL-600FE | Material: Brass/PVC Air consumption: 31㎥/h@0.2MPa Impact force: 4.3N@0.2MPa Noise level: 86db(A)@0.2MPa |
| FL-600FM | Material: Brass/PVC Air consumption: 100㎥/h@0.2MPa Impact force: 11.5N@0.2MPa Noise level: 91.5dB(A)@0.2MPa |
| FL-600R | Material: ABS Air consumption: 16㎥/h@0.2MPa Impact force: 2.2N@0.2MPa Noise level: 74db(A)@0.2MPa |
| FL-600Z | Material: Zinc Air consumption: 18㎥/h@0.2MPa Impact force: 2.1N@0.2MPa Noise level: 79db(A)@0.2MPa |
| FL-600B | Material: Brass Air consumption: 18㎥/h@0.2MPa Impact force: 2.1N@0.2MPa Noise level: 79db(A)@0.2MPa |
| FL-600M4 | Material: SUS316L Air consumption: 2.0 m³/h @ 0.2 MPa Impact force: 0.4 @ 0.2 MPa Noise level: 63 dB(A) @ 0.2 MPa |
| FL-600M5 | Material: SUS316L Air consumption: 4.2㎥/h@0.2MPa Impact force: 0.7N@0.2MPa Noise level: 70db(A)@0.2MPa |
| FL-600M | Material: Brass/POM Air consumption: 9.0㎥/h@0.2MPa Impact force: 1.1N@0.2MPa Noise level: 77db(A)@0.2MPa |
| FL-600RM | Material: Brass/PVC Air consumption: 157㎥/h@0.2MPa Impact force: 12.8N@0.2MPa Noise level: 93db(A)@0.2MPa |
catalog（11）
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CAD data（30）
| Model number | overview | File |
|---|---|---|
| FL-600E | Multichannel Jet Free distribution of CAD drawings (2D and 3D) for the bestselling air nozzle, FL-600E, has begun. |
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| FL-600E | Multichannel Jet Free distribution of CAD drawings (2D and 3D) for the bestselling air nozzle, FL-600E, has begun. |
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| FL-600S | Free distribution of the CAD drawing (2D) for the multi-channel jet (air nozzle) FL-600S has begun. |
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| FL-600PP | Free distribution of the CAD drawing (2D) for the multi-channel jet (air nozzle) FL-600PP has begun. |
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| FL-600H | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600H has begun. |
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| FL-600H | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600H has begun. |
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| FL-600A | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600A has begun. |
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| FL-600A | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600A has begun. |
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| FL-600ST | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600ST has begun. |
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| FL-600ST | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600ST has begun. |
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| FL-600STW | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600STW has begun. |
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| FL-600STW | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600STW has begun. |
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| FL-600SY | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600SY has begun. |
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| FL-600SY | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600SY has begun. |
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| FL-600FC | Free distribution of the CAD drawing (2D) for the multi-channel jet (air nozzle) FL-600FC has begun. |
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| FL-600FK | Free distribution of the CAD drawing (2D) for the multi-channel jet (air nozzle) FL-600FK has begun. |
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| FL-600FE | Free distribution of the CAD drawing (2D) for the multi-channel jet (air nozzle) FL-600FE has begun. |
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| FL-600FM | Free distribution of CAD drawings (2D) for the multi-channel jet (air nozzle) FL-600FM has begun. |
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| FL-600R | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600R has begun. |
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| FL-600R | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600R has begun. |
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| FL-600Z | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600Z has begun. |
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| FL-600Z | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600Z has begun. |
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| FL-600B | Free distribution of the CAD drawing (2D) for the multi-channel jet (air nozzle) FL-600B has begun. |
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| FL-600M4 | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600M4 has started. |
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| FL-600M4 | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600M4 has started. |
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| FL-600M5 | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600M5 has begun. |
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| FL-600M5 | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600M5 has begun. |
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| FL-600M | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600M has begun. |
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| FL-600M | Free distribution of CAD drawings (2D and 3D) for the multi-channel jet (air nozzle) FL-600M has begun. |
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| FL-600RM | Free distribution of the CAD drawing (2D) for the multi-channel jet (air nozzle) FL-600RM has begun. |
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News about this product（1）
Company information
Tick Corporation is committed to providing products that contribute to solving various issues faced by companies, such as improving production efficiency, enhancing cost efficiency, improving quality, and considering environmental conservation. We have been widely collecting product information from around the world and providing products that meet market needs. In the future, we will continue to develop and deliver products that contribute to rationalization and particularly to environmental conservation, which has become increasingly stringent in recent years. ◇◆Main Products◇◆ - Precision industrial spray nozzles - Agricultural spray nozzles - Air nozzles / Air knives - Special spray nozzles - Tank cleaning nozzles - Blowers - Ultrasonic spray nozzles (Nebulizers / Atomizers) - Ultrasonic cleaning devices - Air conveying devices - Ventilators - Plastic connectors - Cutting torches (nozzles for gas cutters) - Latex testers - In-house manufactured tubing pumps (dispensers) - Syringe pumps
