Poduct Description

Dialine Diamond Orifice waterjet cutting head parts for water jet cutting machine

Item number: D-5071-xx Diamond Orifice – Low Mass 

D-5071-XX | TL-003004-XX

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

Does an waterjet orifice increase flow?

Yes, the size of a waterjet orifice directly influences the flow rate of the pressurized water passing through it. Generally, larger orifice sizes allow for higher flow rates of water in a waterjet cutting system, while smaller orifices restrict the flow, resulting in lower flow rates.

When the diameter of the orifice is increased, it allows more water to pass through per unit of time, resulting in higher flow velocities and greater material removal capabilities. This higher flow rate can contribute to faster cutting speeds and increased material removal rates.

Conversely, smaller orifices restrict the flow of water, reducing the flow rate and consequently affecting cutting speed and material removal rates. Smaller orifices often result in more precise cuts and finer details due to the higher pressure and reduced flow rate of the waterjet stream.

Selecting the appropriate orifice size is essential for achieving the desired balance between cutting speed, precision, and material removal rates based on the specific requirements of the cutting task and the characteristics of the material being cut.