Vertical Machining Center Makino IQ300
The iQ300 is the ideal precision micro milling machine for manufacturers of LED tooling, optic surface finishes and other high-tolerance machining applications. The machine delivers wide ranging capabilities from sub-micron machining accuracy and repeatability up to macro-scale machining applications.
The iQ300 micro milling machine is built with a state-of-the-art linear motor design, 0.005-micron scale feedback and unparalleled component temperature control. Together, these features provide precise and predictable machining results, eliminating continuous process parameter adjustments due to tool positioning error and thermal distortion. The machine can effectively measure tool lengths to sub-micron levels of accuracy and repeatability, providing for simple and predictable tool blends with various cutting tools, spindle speeds and machining depths. Its large work envelope, wide-ranging travels, and flexible spindle design provide for high utility in micro part production, as well as groundbreaking research and development.
The iQ300 features a 45,000 rpm HSK-E32 spindle equipped with Makino’s patented core-cooling, under-race and jacket spindle temperature control system which virtually eliminates thermal growth, deflection or vibration, even during long hours of high-speed machining. To ensure microscopic blending and matching of surfaces when machining with different tools, the iQ300 also integrates the proprietary, Makino Hybrid Automatic Tool Length Measurement System (ATLM). A 40 tool magazine assures a wide variety of tooling to address an extensive variety of projects.
The iQ300 also incorporates the user-friendly Makino Professional 5 Control. With Makino’s proprietary, next generation Super Geometric Intelligence (SGI.4) software, this control has been developed specifically for high-feedrate, tight tolerance machining of complex, 3-D, contoured shapes involving continuous tiny blocks of NC data to ensure production rates faster than standard CNC systems while maintaining unsurpassed accuracy.
