Differences Between a Water Jet Cutter and Laser Jet Cutting Machine- laser cutter vs water jet ,Unlike laser cutters, water jet cutters use pressurized water to cut material.. To increase cutting ability, abrasives such as garnets and aluminum oxide are often added.. The overall process mimics erosion in nature, just at a much higher speed and concentration: a high-pressure pump drives the water through rigid hoses, resulting in a forceful ..Waterjet vs Laser Cutting : A Compreshensive Comparison | R and RLaser: The cutting path of a laser is much thinner than a water jet, which can be a benefit when cutting tight geometry on small parts, or when components need to be nested close together.. A laser cutter is more accurate than a water jet in most instances, with a cut tolerance as little as +/- ..002”.. Laser cutters can leave a clean surface ..
Another advantage of waterjet cutting is that it can deliver different cut edge qualities.. This can be done by changing the speed of the cutting process.. If you have no specifications in mind for the cut edge, you can simply use a faster speed.. If, on the other hand, you require a smoother finish on the edges, a slower speed can be used..
The steep price is due to the expensive ultra high pressure pumps required to cut metal with water.. Finally, CNC Laser cutting tables are often the most expensive option.. If purchased used, these machines will often cost upwards of $250,000.. New laser machines start around $350,000 and can easily exceed $1,000,000..
Laser is a bit better for cutting thin metal very precisely and quickly, while water jet excels at cutting a wider range of materials with no heat affected zone.. Keep this in mind when you’re designing your next project.. As always, CAMM Metals would be honored to help! Topics: Waterjet vs Laser , Laser Cutting Capabilities , Laser Cutting ..
Water jet cutting is a cutting method in which high pressure water is paired with an abrasive, such as garnet, in order to erode materials at a fast rate, thus creating a cut.. Over the years water jet cutting has evolved to where more and more materials are able to be cut by an abrasive water jet cutting system.. Metals (titanium too), material ..
WATERJET CUTTING.. WATERJET OVERVIEW: Our ultra-high pressure waterjet cutting services include water compressed up to 60,000 psi as a precise and powerful cutting tool that causes no heat affected zones (HAZ) or material distortion.. The jet streams generated are capable of cutting material ranging from ..0005" thick to 12" thick..
Slow cutting speeds for most metals as compared to laser or plasma.. Can be noisy (unless cut under water) Area around machine can become coated in abrasive dust generated from cutting process.. Process generated abrasive dust can damage unprotected motion components.. High cost for cutting media (garnet), can be more than $12 per hour..
Waterjets vs.. Lasers Laser cutting uses a laser focused onto the material intended to melt, burn and vaporize the material.. The laser can be comprised of gas (such as CO2) or solid-state.. The beam can be static, where the material progresses in front of the laser, or the laser can move across the material..
They had two laser cutters working night and day 7 days a week, that is the volume we are talking here.. More recently I did a small job with another comapany who had 2 waterjet cutters.. .. One great thing about water jet cutting is that there's no heat affected zone and thus no work-hardening.. Materials that are intolerant to heat can ..
The laser cutting process uses a focused, high-powered beam of light (i..e.., a laser) to cut the workpiece, while the water jet cutting process uses a high-pressure stream of water (i..e.., a jet) to cut the workpiece.. The difference in the equipment used results in each process being appropriate for different cutting needs..
The main difference between the waterjet cutting machine and the fiber laser cutting machine is the versatility of the first.. The water jet cutting machine can cut everything, any type of material, organic or inorganic: from stone or titanium to textile, plastic or food, through glass and aluminum, in thicknesses up to 200 mm..
Laser cutting has higher precision than waterjet cutting as its minimum cutting slit size is 0..006” (0..15 mm).. The waterjet cutting has a minimum cutting slit size of 0..02” (0..5 mm).. Also, laser cutting has a tolerance of approximately 0..002” (0..05 mm) while waterjet cutting has a 0..008” (0..2 mm)..
Slow cutting speeds for most metals as compared to laser or plasma.. Can be noisy (unless cut under water) Area around machine can become coated in abrasive dust generated from cutting process.. Process generated abrasive dust can damage unprotected motion components.. High cost for cutting media (garnet), can be more than $12 per hour..
The thickness range capability of waterjet is equally impressive, topping out at around12 inches! Conversely, lasers can produce sheet metal parts at an astounding pace and offer good capability up to 1-in.. thick mild steel.. Furthermore, laser can do so with unattended operation and low operating costs.. In many ways these technologies are ..
All materials can be cut with waterjet cutting.. Metal Laser Cutting.. Laser cutters can cut thick materials, but a waterjet machine can cut thicker objects, the optimal thickness being 0..4’’ to 2..0’’ (10 to 50 mm), while for laser cutting, it is 0..12’’ to 0..4’’ (3 to 10 mm).. Sample kit for our laser cutting materials..
The steep price is due to the expensive ultra high pressure pumps required to cut metal with water.. Finally, CNC Laser cutting tables are often the most expensive option.. If purchased used, these machines will often cost upwards of $250,000.. New laser machines start around $350,000 and can easily exceed $1,000,000..
Even a reasonably priced laser cutter must enclose the cutting process completely.. In answer to the second question regarding waterjet vs.. laser cutting technologies, waterjet cutting seems to be a better choice for a safer and higher production rate in the work environment.. Question 4 What are the running costs associated with Waterjet and CNC ..
All materials can be cut with waterjet cutting.. Metal Laser Cutting.. Laser cutters can cut thick materials, but a waterjet machine can cut thicker objects, the optimal thickness being 0..4’’ to 2..0’’ (10 to 50 mm), while for laser cutting, it is 0..12’’ to 0..4’’ (3 to 10 mm).. Sample kit for our laser cutting materials..
Even a reasonably priced laser cutter must enclose the cutting process completely.. In answer to the second question regarding waterjet vs.. laser cutting technologies, waterjet cutting seems to be a better choice for a safer and higher production rate in the work environment.. Question 4 What are the running costs associated with Waterjet and CNC ..
The steep price is due to the expensive ultra high pressure pumps required to cut metal with water.. Finally, CNC Laser cutting tables are often the most expensive option.. If purchased used, these machines will often cost upwards of $250,000.. New laser machines start around $350,000 and can easily exceed $1,000,000..
When it comes to the maximum cutting thickness, waterjet beats plasma and laser cutters by a lot.. Waterjet cutters can cut up to 12 inches of thick materials.. Plasma cutters come in second place with the ability to cut up to 6 inches thick mild steel or stainless steel sheets.. As for laser cutters, their maximum cutting thickness is up to ¾ ..
Laser cutters perform well up to 0..4” in thickness – therefore they are commonly used to cut flat sheets of medium thickness steel.. Whilst often laser cutting is often seen as a go-to service, water jet cutting does actually have a few advantages such as: Greater variety of materials.. Can cut materials thickness that are impossible with laser..
Laser: The cutting path of a laser is much thinner than a water jet, which can be a benefit when cutting tight geometry on small parts, or when components need to be nested close together.. A laser cutter is more accurate than a water jet in most instances, with a cut tolerance as little as +/- ..002”.. Laser cutters can leave a clean surface ..
Another advantage of waterjet cutting is that it can deliver different cut edge qualities.. This can be done by changing the speed of the cutting process.. If you have no specifications in mind for the cut edge, you can simply use a faster speed.. If, on the other hand, you require a smoother finish on the edges, a slower speed can be used..
Laser cutting has higher precision than waterjet cutting as its minimum cutting slit size is 0..006” (0..15 mm).. The waterjet cutting has a minimum cutting slit size of 0..02” (0..5 mm).. Also, laser cutting has a tolerance of approximately 0..002” (0..05 mm) while waterjet cutting has a 0..008” (0..2 mm)..
