Most Precise
Waterjet Cutting Specialist
Get Your Custom Solution
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50+ Compatible Material Types -
Reverse-Engineering Capabilities
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Affordable Prototypes and Production
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Guaranteed Speed and Quality
The Microwaterjet® process exceeds traditional cutting methods such as laser cutting and milling. Our micron-precise process harnesses the power of a high-pressure water stream accelerating the smallest abrasive particles available today. In addition, the Microwaterjet® process delivers exceptional results without the common disadvantages of other methods, such as EDM, chemical etch and traditional abrasive water jet cutting. These results include:
No heat affected area that occurs in laser cutting- No stacking or minimum thickness requirements that are typically found in EDM
- No expensive and time-consuming post production process
- No waste resulting from tool accessibility concerns
We Provide: Fluid Precision, Flawless Results.
Microwaterjet® is the most precise waterjet process available. It uses proprietary know-how developed with new Abrasive Waterjet Micro Machining (AWJMM®) technology to cut a wide range of materials, including heat-sensitive ones.
Microwaterjet® cutting is economical, resource saving, precise, gentle on materials, and eliminates the need for post-processing.
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Results across an extensive range of materials from rubber to steel and virtually everything in between
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Positioning accuracy: ± 0.003 mm
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Kerf width: 0.2 mm (0.008″)
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Cutting accuracy: ± 0.01 mm (depending on material and thickness)
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Surface quality: equivalent to N7 or Ra1.6 micrometers
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Maximum work piece size: 1000 x 600 mm
MEYER TOOL HUNTERSVILLE works with clients throughout the Continental U.S. and Canada.
Meyer Tool Huntersville, LLC serves clients in the following states: Alabama, Alaska, Arizona, Arkansas, California , Colorado, Connecticut, Delaware, Florida, Georgia, Hawaii, Idaho, Illinois, Indiana, Iowa, Kansas, Kentucky, Louisiana, Maine, Maryland, Massachusetts, Michigan, Minnesota, Mississippi, Missouri, Montana, Nebraska, Nevada, New Hampshire, New Jersey, New Mexico, New York, North Carolina, North Dakota, Ohio, Oklahoma, Oregon, Pennsylvania, Rhode Island, South Carolina, South Dakota, Tennessee, Texas, Utah, Vermont, Virginia, Washington, West Virginia, Wisconsin, Wyoming. We also serve all provinces of Canada.
Narrow Kerf Widths
The Microwaterjet® process offers precise cutting that cuts the smallest kerf widths. This ability is especially helpful for cutting micro-components in medical technology. Click the link below to learn how the Microwaterjet® helped cut small components to build a robotic arm.
Narrow Kerf Widths
Optical Measuring
Our additional services include an intelligent optical measuring system that allows us to measure parts, even if you don’t have the drawings or specifications. For example, we used the Microwaterjet® to recreate lightning bolt watch hands. Click the link below to learn more.
Optical Measuring
Research & Development
Our expert engineering team offers elite research and development support to create a solution for cutting your material. For example, we worked with a customer to develop a process for cutting an optical grade glass stiffener to support a PC board. Find out more below.
Research and Development
FAQ
Why would I need Microwaterjet®?
In some cases, the parts that we produce cannot be cut any other way due to the combination of features and material type. Our customers are those who would have to post-process their parts after laser cutting or using wire EDM in order to remove slag or a recast layer.
Can The Microwaterjet® Cut Any Material?
Almost any material can be cut using our technology. Some types of glass and other extremely brittle materials cannot be cut. Many plastics and ceramics that are challenging to laser technology can be cut by Microwaterjet®. Where wire EDM is limited to conductive materials only, conductivity is not a requirement for Microwaterjet® technology.
How Does The Microwaterjet® Cutting Speed Compare To Conventional Water Jet Cutting?
Microwaterjet® was developed for creating fine features with higher tolerances than conventional water jet. Since we use a finer cutting stream and finer abrasive, our cutting speed is somewhat slower than conventional speeds.
How Does The Microwaterjet® Improve The Prototyping Process?
Microwaterjet® can prototype parts that can’t be cut using laser or wire EDM. You can also eliminate the cost associated with manufacturing stamping dies during the prototyping process.
