Laser measurements - Import export

The Co2 laser cutting machine Wattsan 6040 is designed for serial laser cutting and engraving, it can easily handle wood, plywood, cardboard, paper, plexiglass, acrylic, plastic (except PVC), rubber, leather, fabrics and fur. Engraving is possible on glass, ceramics, and some stones, as well as on aluminum and other soft metals using thermal paste. Engraving on the machine is possible on materials up to a thickness of 25 cm (9.8 in). Through table: allows the laser cnc machine to work with material of unlimited length. The design of the equipment allows you to remove the front wall and use the freed space for through cutting. The working field of the laser cutting machine measuring 600x400 mm with a manual lifting table, is necessary for processing volumetric objects up to 25cm (9.8 in) thick. Work area = 600 x 400 mm Tube power = 80-90W Max engraving speed /s = 500 mm Dimensions = 765 mm x 1165 mm x 600 mm Net Weight = 121 kg

Features Full cone spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 60 μm or less (*3). Clog-resistant design. Optimal for spraying viscous liquids. Liquid siphon feed type (liquid pressure device is not required). Use with the liquid pressure device is also possible. *1) Measured at compressed air pressure of 0.3 MPa (ca. 3 bar), liquid pressure of 0 MPa (Liquid siphon feed), and siphon height 100 mm. *2) Free passage diameter of liquid inlet. *3) Measured by Laser Doppler Method. Applications Spraying: Mold release agent, deodorant, oil, surface treatment agent, rust preventive, lubricant, honey, glaze, insecticide, aqueous urea, slurry, other viscous liquid

Features Flat spray pneumatic nozzle producing semi-fine atomization with a mean droplet diameter of 80 μm or more (*3). Clog-resistant design due to large free passage diameter is suitable for spraying factory effluents and waste water. Simple structure, easy maintenance. *1) Measured at compressed air pressure of 0.1–0.4 MPa (ca. 1 bar – 4 bar) and liquid pressure of 0.1–0.5 MPa (ca. 1 bar – 5 bar). *2) Free passage diameter of nozzle orifice for DOVVA-G 70° spray angle type. *3) Measured by Laser Doppler Method. Applications Denitration: Gas cooling Moisture control: Flue gas Combustion: Waste water

Features Flat spray pneumatic nozzle producing semi-fine (and semi-coarse) atomization having a mean droplet diameter of 50μm or more. (*3) High spray impact with thin flat spray pattern and uniform distribution. Liquid pressure type under the liquid pressures of 0.2–0.5 MPa (ca. 2 bar – 5 bar). Large turn-down ratio with stable spray angle. Spray angle of 60° or 80° *1) Measured at compressed air pressure of 0.4 MPa (ca. 4 bar) and liquid pressure of 0.5 MPa (ca. 5 bar). *2) Free passage diameter of nozzle orifice. *3) Measured by Laser Doppler Method. Applications Cleaning: Printed circuit boards, liquid crystal, liquid crystal display, steel plates [Steel making industry] Surface finish process: Precision cleaning for steel surface treatment, Roll cleaning

Features Full cone pneumatic spray nozzle producing a large amount of “fine fog”. Energy-saving design – mean droplet diameter of 50 μm and a maximum droplet diameter of 150 μm (*4) at an air-water ratio of 130. Large turn-down ratio. Spray angle of 20° or 60°. *1) Measured at compressed air pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar) and liquid pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar). *2) Measured at compressed air pressure of 0.2–0.5 MPa (ca. 2 bar – 5 bar). *3) Free passage diameter of liquid inlet for GSIMⅡ60° spray angle type. *4) Measured by Laser Doppler Method. Applications Cooling: Gas, moldings, refractories Moisture control: Gas, concrete Combustion: Oil, waste fluid Dust suppression: Recycling facilities, material facilities, moldings

Features Flat spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 100 μm or less (*3). Features large turn-down ratio under liquid pressures of 0.1–0.3 MPa (ca. 1 bar – 3 bar). Produces two different spray distributions: uniform spray distribution throughout spray pattern area (when spraying at a low air-water ratio), or a mountain-shaped distribution having gradually tapered edges (at a high air-water ratio). Spray angle of 110 °, 80 °, or 45 °. *1) Spray angle measured at compressed air pressure of 0.3 MPa (ca. 3 bar) and liquid pressure of 0.1 MPa (ca. 1 bar). *2) Free passage diameter of nozzle orifice. *3) Measured by Laser Doppler Method. Applications Spraying, Cooling, Moisture control, Cleaning, Dust suppression, etc.

Features Flat spray pneumatic nozzle producing fine atomization with a mean droplet diameter of 100 μm or less (*3). Features large turn-down ratio under liquid pressures of 0.1–0.3 MPa (ca. 1 bar – 3 bar). Produces two different spray distributions: uniform spray distribution throughout spray pattern area (when spraying at a low air-water ratio), or a mountain-shaped distribution having gradually tapered edges (at a high air-water ratio). Spray angle of 110 °, 80 °, or 45 °. *1) Spray angle measured at compressed air pressure of 0.3 MPa (ca. 3 bar) and liquid pressure of 0.1 MPa (1 bar). *2) Free passage diameter of nozzle orifice. *3) Measured by Laser Doppler Method. Applications Spraying, Cooling, Moisture control, Cleaning, Dust suppression, etc.

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