Micron and sub-micron manufacturing requirements are continuing to grow in demand and application, offering unique challenges and immense opportunities to a wide group of manufacturers. The design and construction of machine tools, work and tool holders, cutting tools, and electrodes need to evolve as greater demands are placed on them when machining these miniature parts.
The focus on micro machining has captured the imagination of nearly every industry segment, from the medical appliance industry to the automotive world, and the potential in new and exciting products is emerging daily. The application of submicron manufacturing in high precision milling and EDM by Makino represents an effort to broaden this understanding and capability to even more manufacturers.
The centerpiece of the Makino micro machining display of equipment and processes that meet the demand for micro-dimensions and ultra-high precision will be demonstrated at the 2004 International Manufacturing Technology Show (IMTS).
Many of the challenges Makino will address evolve around economically controlling the micro manufacturing process, and the actual systems being developed to address expanding capacity and productivity. Demonstrations will include the micro milling and EDMing of unique, micro machining applications to illustrate advancements in thermal considerations, low vibration tooling, hybrid tool length measurement, high precision tooling and other practical solutions to a host of challenges.
New machine innovations such as the Hyper2J vertical machining center, the Edge2S machine with fine-hole attachment, the V22 vertical machining center, the UP32i ultra-precision wire EDM and the revolutionary horizontal wire EDM system -- the UPJ-2 -- will be showcased.
Designed for ultra-high precision, these new Makino machines require more thought in their design and deployment than conventional technologies. What was impossible just a few years or even months ago is becoming possible.
For example, Makino machines are now capable of a tool change and the machining of a cutting tool with a step variation of approximately 0.2 micron, and to program a part effectively using 0.1 micron command increments. It is also possible to automatically wire thread a 20-micron (0.00078") diameter wire through a 70-micron start hole, machine radii in the 17-micron range, and produce an accurate hole that is 100 times the diameter of the carbide electrode.
Lighter parts with higher functionality have set new demands on OEMs to reevaluate the design and concepts of various machining systems and technologies. The capability to produce parts with such high accuracy and surface quality is accomplished by Makino through a combination of a precision machine tool construction, management of thermal conditions within the machining system and high-resolution feedback systems.
As one single degree of temperature change can affect precision when machining at the submicron level, Makino Thermal Guard technology encloses the entire machine in order to create a controlled working environment. A robust machine construction and sophisticated tool holding system also provide superior dampening characteristics desired for micro machining.
Makino provides advanced machining technology and application support for the metalcutting and die/mold industries.