Poduct Description

001821-xx D-5070-xx Waterjet Orifice –Orifice, Ruby, Diamond Flow P2

Sizes: .005”, .006”, .008”,.010”, .011”, .012”, .013”, .014”, .015”, .016“,.018“,.020“

WINWIN has both the diamond orifice 001821-xx and the ruby orifice D-5070-xx in stock,please send me your waterjet orifice inner diameter.

Features for Diamond Orifice：
1. The service life is as long as 1500-2000 hours
2. The strongest material on earth, Mohs hardness scale 10
3. Zero degradation on the edge of the inner diameter of the hole
4. Highest cutting precision and orifice quality
5, Maximum cutting speed, reduce downtime and improve work efficiency
7. Extend the service life of parts around the cutter head
8. High pressure, high cutting efficiency, reduce the amount of garnet
9. Superior borehole alignment accuracy and optimum water jet length
11. Excellent cutting performance, smooth cutting, significantly reduced tolerance, pressure up to 90000psi
14. One-time molding, non-stop, suitable for long-term continuous cutting
15. Reduce the workload of replacing the orifice plate

What is the tolerance of a waterjet hole?

The tolerance of a hole created by a waterjet cutting process refers to the allowable deviation or variation from the intended dimensions. Several factors influence the tolerance level of a waterjet-cut hole:

Material Type: Different materials respond differently to the waterjet cutting process. Softer materials like plastics or rubber might have different tolerances compared to harder materials like metals or ceramics.

Material Thickness: Thicker materials might experience a slightly wider kerf (width of the cut) due to the abrasive nature of the process, impacting the hole's tolerance.

Nozzle Size and Abrasive Use: The diameter of the nozzle and the presence of abrasive material in the waterjet stream can affect the precision of the cut and, consequently, the hole's tolerance.

Cutting Speed and Pressure: Adjustments in cutting speed and pressure settings can influence the accuracy and tolerance of the cut hole.

Generally, waterjet cutting is known for its high precision, and the achievable tolerance for hole sizes can range from approximately ±0.003 inches (0.076 mm) to ±0.010 inches (0.25 mm) or more, depending on the factors mentioned above. However, it's essential to note that achieving tighter tolerances might require specific adjustments to the cutting parameters and careful control of the cutting process.

Additionally, post-processing methods or secondary operations might be employed to further refine the hole's dimensions and achieve tighter tolerances if necessary, especially in applications demanding high precision. Factors like reaming, drilling, or machining might be used to improve the accuracy of the waterjet-cut holes to meet specific dimensional requirements.