Kitamura Machining Centers

Kitamura Vertical Machining Centers are engineered for manufacturers who demand fast, precise, and reliable performance in a compact footprint. Designed to serve a wide range of industries from general machining and high-precision mold making to advanced high-tech applications our 3-axis vertical machining centers combine speed, accuracy, and heavy-duty cutting performance with unmatched build quality and operator-friendly design.

Constructed from rugged Meehanite castings with precision hand-scraped surfaces, Kitamura VMCs deliver the rigidity and thermal stability required for consistent, long-term accuracy. For high-production environments, models equipped with Kitamura’s patented 2-station Sparkchanger—a factory-installed 180° rotating pallet changer—offer seamless part loading and increased spindle uptime. With space-saving footprints and intuitive controls, Kitamura VMCs are easy to operate and built to perform—day in and day out.

Built to handle the demands of industry’s toughest challenges with ultra high accuracy,  Kitamura’s 3-axis Bridgecenter series delivers massive cutting capacity with the strength and stability required for heavy table loads and large-scale components. Designed with a patented double column bridge-type structure and solid box way construction, these machines offer exceptional rigidity for aggressive roughing and fine-finishing alike.

Available with high-speed or high-torque spindle options and standard linear scale feedback, our double column machining centers ensure consistent accuracy across long machining runs. From aerospace and automotive to power generation, mold & die, oil & gas, space & defense, and semiconductor applications, Kitamura double column machining centers deliver precision where it matters most.

Redefining multi-surface precision. Kitamura’s 5-axis machining centers are built to handle complex geometries and demanding tolerances with fewer setups and higher throughput. Engineered for full simultaneous 5-axis contouring, our machines offer unrivaled accuracy, superior surface finishes, and reduced cycle times—perfect for intricate parts in aerospace, medical, and high-precision industries. Featuring ultra-rigid construction, high-speed spindles, and smooth control integration, they deliver long-term reliability and repeatable performance. Compact footprints, large work envelopes, and full automation compatibility make them ideal for manufacturers pushing the limits of efficiency and innovation.