Wazer Water Jet Psi

Our guess is wazer is at the low end of this range.

Wazer water jet psi.

Specs faq videos. Now cut anything with digital precision using high pressure water. A compact waterjet for every workshop. During the initial two decades of waterjet cutting relatively small increments in pump pressures up to 60 000 psi 4 100 bar were typical.

While the pressure might be 60 000 psi 4 100 bar at the pump it may only be 55 000 psi 3 800 bar at the nozzle. Do not use a hot water line for wazer. Standard tap water with a minimum flow of 1gpm and 30 psi. 16 51 cents per minute depending on whether you buy.

For decades kmt has manufactured water jet ultra high pressure intensifier pumps uhp with water pressurized up to 90 000 psi 6 200 bar. A 100 hp pump running at 60 000 psi will typically put out 2 gpm. The first desktop waterjet. Water output or flow rate is a function of horsepower and pressure.

During the last decade pump pressures jumped to pressures of 90 000 psi 6 200 bar. Most municipal water in north america is below this figure however we suggest you give your region a search if this is a concern. The pro iii 125 hp pump delivers the abrasive waterjet tables twice the power by cutting products in up to half the time over conventional 60 000 psi 100 hp water jet machining systems. Less than 180 mg l 10 5 gpg.

The first waterjet cutter to fit in any size workshop. Wazer will not reveal this although waterjets typically cut at 30 000 90 000 psi. Our products are efficient and reliable whether is it pure water cutting heads or abrasive waterjet pumps kmt products are easier to maintain with no effect of heat on the products being cut. A 50 hp intensifier pump running at 60 000 psi will generally have a maximum output of 1 gallon per minute gpm.

Ideal for prototyping and relatively low volume cutting of almost any material under 2 in thick by small job shops engineering classrooms makerspaces and personal use the protomax abrasive waterjet from omax delivers 30 000 psi cutting power with its 5 hp pump. This pressure loss means that the pump must either work harder to produce more pressure at the nozzle and use more energy and increase maintenance or the cutting must be slowed down to compensate.