Search Results
Home Page
NOW CUT ANYTHING IN YOUR OWN SHOP WITH A WATER JET CUTTER SEE WAZER IN ACTION WAZERs work wherever you do Engineering Iterate faster than you could have ever done…
Materials
Cut Any Material All materials Composites Metal Glass Plastic Composites Tile/Stone Rubber Foam Metal Aluminum Glass Borosilicate Metal Brass Composites Carbon Fiber Tile/Stone Ceramic Tile Metal Copper Glass Fused Glass…
Contact
Contact WAZER Reseller Directory Find WAZER experts throughout Europe, Asia, and North America to help you purchase and service your WAZER. VIEW RESELLER DIRECTORY Become a Reseller WAZER is expanding…
Materials Landing
CUT ANY MATERIAL Waterjets can cut nearly anything. They work by removing material through a micro-erosion process using a focused stream of high pressure water and fine abrasive particles. There…
Industries Old
Enjoy Precision Fabrication in Any Environment WAZER is used in a wide variety of industries due to its versatility and unique ability to cut nearly every material. The foundation of…
Metal
CUT METAL From aluminum to tool steel and titanium, WAZER can improve your prototype and production processes. WAZER lets you produce in-house instead of having to outsource, so you get…
Glass
CUT GLASS WAZER’s waterjet technology is ideal for cutting all forms of glass. You get fast and clean cuts, which means countless fewer hours of manual cutting, or grinding and…
Plastic
CUT PLASTIC WAZER addresses many challenges with cutting plastic. Unlike other approaches, it will not damage, distort or affect the integrity of the plastic as it cuts. Plus, waterjets can…
Composites
CUT COMPOSITES Cutting composite materials can be tricky, leading to material damage, delamination, and dangerous fumes or dust. With a WAZER waterjet, you can easily cut composites to unlimit what…
Tile
CUT TILE, CERAMIC & STONE If you are spending hours cutting repetitive shapes out of tile or stone, then WAZER can help you dramatically reduce time and energy. Our high-pressure…
Rubber
CUT RUBBER Cutting rubber accurately can be difficult. Conventional cutting blades tend to gum-up or melt elastomers. Cutting by hand is tedious and inaccurate. WAZER solves these challenges, so you…
Foam
CUT FOAM WAZER’s “cold” waterjet cutting process can cut anything, including soft materials. Improve your operation by cutting foam parts on-demand and in-house, with repeatable accuracy. Memory Foam Waterjet makes…
How In-house Desktop Waterjet Cutting beat Outsourcing
Company at a Glance LOCATION: St. Charles, IL FOUNDED: 1982 WAZER customer since: 2018 DEC Tool is a manufacturing service provider to the automotive, dental, and medical industries; with an…
The only machine in a hand-crafting shop: CNC waterjet
See how modern waterjet technology partners with traditional craftsmanship to help this company stay competitive….
WAZER waterjet cutter modernizes a classic glass trade
Its like having another person in the shop: This stained glass business uses a WAZER to efficiently cut intricate and fragile glass shapes that couldn’t be done any other way….
Aeronautics and CNC waterjet cutting in the same Classroom
At UC Boulder, students explore modern materials and learn CNC technology in the classroom with hands-on project-based learning using the WAZER….
Learn
LEARN ALL ABOUT Water jet CUTTING Learn why water jets are the go-to for any cutting: for product prototyping, small-scale manufacturing, automating difficult cuts and education. HOW DOES WATER JET…
Can I design my Cut File in WAZER’s software?
No, you cannot. WAM is essentially a cut file generation program, not a design software. There are a variety of different design software options that can translate your ideas and…
How fast does WAZER cut?
WAZER’s Cut Rate varies depending on the material being cut and the material thickness, so there is no single answer. The Materials Specs table shows Cut Rates for common materials….
Engineering
ENGINEERING Make Functional Parts In Tough Materials, Fast Waterjet Cutting For Engineers Avoid waiting weeks for outsourced parts, and create functional prototypes in the same materials as in the final…