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Cutting speed, thickness, and kurf width of DENO waterjet

The cutting Speed, thickness, and kerf width of a DENO waterjet cutting machine can vary based on several factors, including the specific model, the pressure of the waterjet, and the type of material being cut. Here’s a general overview:


Cutting Speed




Quality 1 Cutting Speed mm/min

Quality 2 Cutting Speed mm/min

Quality 3 Cutting Speed mm/min

Quality 4 Cutting Speed mm/min

Material

Thickness mm









Steel

1mm

6565.00

4564.00

3497.00

2835.00

Steel

3mm

1835.00

1217.00

911.00

728.00

Steel

5mm

1014.00

647.00

475.00

375.00

Steel

10mm

467.00

278.00

198.00

153.00

Steel

20mm

206.00

112.00

76.00

58.00

Steel

30mm

129.00

66.00

44.00

33.00

Steel

50mm

71.00

34.00

22.00

17.00

Steel

100mm

31.00

14.00

9.00

6.00

Aluminium

3mm

4062.00

2695.00

2016.00

1611.00

Aluminium

5mm

2245.00

1433.00

1052.00

831.00

Aluminium

10mm

1035.00

615.00

438.00

340.00

Aluminium

20mm

456.00

247.00

170.00

129.00

Aluminium

30mm

286.00

147.00

99.00

74.00

Aluminium

50mm

158.00

76.00

50.00

37.00

Aluminium

100mm

70.00

32.00

20.00

15.00

Marble

10mm

2600.00

1547.00

1101.00

854.00

Marble

20mm

1146.00

622.00

427.00

325.00

Marble

30mm

719.00

370.00

249.00

188.00

Glass

5mm

5092.00

3250.00

2387.00

1886.00

Glass

8mm

3062.00

1871.00

1347.00

1052.00

Glass

10mm

2346.00

1396.00

993.00

771.00

Glass

15mm

1451.00

819.00

571.00

438.00

Glass

19mm

1034.00

561.00

385.00

293.00

Glass

50mm

358.00

173.00

114.00

85.00

Glass

100mm

160.00

73.00

47.00

34.00


Cutting Thickness


- Standard Materials: For most materials, including metals, plastics, and glass, DENO waterjets can cut materials up to approximately 150 mm (6 inches) thick.

- Specialized Materials: Some advanced intensifier pump systems might handle thicker materials, but this depends on the specific model and configuration.


Kerf Width


- Typical Kerf Width: The kerf width, which is the width of the cut made by the waterjet, typically ranges from 0.8 mm to 1.5 mm (0.03 inches to 0.06 inches).

- Factors Affecting Kerf Width: The kerf width can be influenced by the type of orifice and nozzle used, the pressure of the waterjet, and the speed of the cutting process.


Key Considerations


- Material Type: Different materials may affect cutting thickness and kerf width. For instance, cutting very hard materials or those with varying densities might require adjustments in cutting parameters.

- Orifice and Nozzle Size and Type: The size and type of the orifice and nozzle can impact both the cutting thickness and kerf width.

- Water Pressure: Higher water pressure generally allows for thicker cuts and a narrower kerf width.

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