Applying Waterjet Micromachining
Scientists are deeply involved in exploring the frontier of micro-abrasive waterjet technology.
Scientists are deeply involved in exploring the frontier of micro-abrasive waterjet technology, that is, applying waterjet to part features that are smaller than 300 microns. Efforts are underway to further the development of this product. To push waterjet technology to greater capability in the micromachining arena, one scientist says research efforts must overcome barriers in three critical areas. For more about this topic, read “The Promise of Waterjet Technology for Micromachining."
Related Content
-
Producing Micro Screws for the Watch Industry
Cutting tools play a key role in machining tiny screws on Swiss-type lathes for this Switzerland-based watch manufacturer.
-
Addressing Micro-Boring Challenges
This boring bar/tool holding system for Swiss-type lathes is said to offer high rigidity and positioning repeatability. In addition, the boring bars can be changed out using no hand tools.
-
Laser Technology "Turns" into a Turning Tool
This new technology uses a laser to act as a cutting tool to "turn" parts from solid barstock. This high-speed precision turning machine is especially useful for micromachining, enabling high accuracy for small, complex parts that are often delicate and difficult to machine when implementing conventional turning processes.
