With its MicroMAX JetMachining Center, OMAX reportedly proves the speed, versatility and accuracy of abrasive waterjet technology applies to the cutting ofµm-level parts or part features from a wide range of materials, including exotic metals, advanced composites, polymer thermoplastics and glass.

Ideal for prototype development and production runs, the MicroMAX is a highly rigid machine with a table size of 2 feet 4 inches by 2 feet 4 inches and an X-Y cutting travel of 2 feet by 2 feet. It utilizes advanced high-precision linear encoders, innovative vibration isolation and intuitive software control systems to achieve a position repeatability of less than 3µm and a positioning accuracy of approximately 15µm (0.0006").

The MicroMAX comes equipped with a high precision 7/15 Mini MAXJET5i nozzle that features a 0.007" orifice and 0.015" mixing tube combination for quickly and accurately cutting delicate, complex patterns. Because it forms a jet stream carrying an extremely fine abrasive, the nozzle can produce a kerf as small as 0.015". The machine also has advanced pressure controls for piercing delicate materials.

Now, a smaller version of its OMAX Corp.'s award-winning Tilt-A-Jet cutting head designed specifically for its MicroMAX JetMachining Center is also available. The new Tilt-AJet accessory nearly quadruples the position accuracy of the nozzle enabling the machine to achieve virtually zero taper with most materials up to 3" in thickness. It is also 25 percent smaller and lighter than the Tilt-A-Jet designed for OMAX's other machine models and is nearly twice as rigid for less deflection. The Tilt-A-Jet for the MicroMAX employs 10 degrees of tilt, and is fully sealed for use in the abrasive waterjet environment.

Like all OMAX JetMachining Centers, the MicroMAX is a flexible, cost-effective and beneficial alternative to conventional machining operations. Because waterjet-based machining is a coldcutting process, it eliminates thermal stress in the workpiece, preventing hardening and warping. The MicroMAX also enables manufacturers across all industry segments to accomplish quick turnaround of accurate parts without the hassle of tool changes or complex fixturing, as well as achieve smooth surface finishes without the need for secondary machining.