USED MAZAK INTEGREX I-350H AG

The Mazak INTEGREX i-350H AG is a high-capacity hybrid multi-tasking CNC machine that combines turning, full 5-axis milling, and integrated gear cutting into a single platform. As part of Mazak’s INTEGREX AG series, it is designed to produce complex components—including gears—in one setup, eliminating multiple machines and significantly improving accuracy and efficiency. The AG (Auto Gear) configuration enables gear skiving, hobbing, and milling, allowing the production of spur, helical, and spline gears directly on the machine.

The i-350H AG is built for larger workpieces compared to the i-250 series, typically accommodating diameters up to approximately 700–800 mm and extended machining lengths. It features a powerful turning spindle, a high-speed B-axis milling spindle, and a rigid machine structure supported by Mazak’s hybrid roller guide system for enhanced stability and vibration control. This ensures consistent precision during heavy-duty cutting and long machining cycles.

Equipped with MAZATROL Smooth or SmoothAi control, the machine provides intuitive programming, intelligent process optimization, and automation integration. The ability to combine multi-tasking and gear machining makes the i-350H AG ideal for industries such as aerospace, automotive, energy, and precision gear manufacturing, where complex parts and tight tolerances are critical.

MAZAK INTEGREX I-350H AG SPECIFICATIONS

WHY BUY USED MAZAK INTEGREX I-350H AG

Purchasing a used Mazak INTEGREX i-350H AG is a cost-effective way to acquire advanced multi-tasking and gear-cutting capability without the high capital investment of a new machine. The ability to perform turning, milling, and gear production in a single setup reduces cycle times, eliminates part transfers, and improves overall dimensional accuracy. This makes the machine particularly valuable for manufacturers producing shafts, housings, and gear-driven components.

Used machines from 2010 to 2025 typically include MAZATROL Smooth or SmoothAi controls, which offer enhanced programming efficiency, improved diagnostics, and compatibility with automation systems. These machines are well-suited for both high-mix, low-volume environments and batch production. Machines from 2000–2010 may not always include full AG functionality in earlier configurations but still provide strong mechanical performance and multi-tasking capability with older control systems.

Cutting time is a critical factor when evaluating a used machine. Units with lower spindle and gear-cutting hours generally show less wear on key components such as spindle bearings, B-axis heads, and synchronization systems used for gear skiving and hobbing. Maintenance history, tooling packages, and included gear software significantly influence value. Buying used allows manufacturers to implement advanced hybrid gear-integrated machining while managing capital costs and reducing depreciation.

HOW MUCH DOES A USED MAZAK INTEGREX I-350H AG COST?

The price of a used Mazak INTEGREX i-350H AG varies depending on age, condition, configuration, included gear-cutting features, and total cutting hours. Machines manufactured between 2010 and 2025 typically range from approximately $300,000 to $650,000. Units with low cutting hours, full AG gear packages, modern MAZATROL Smooth or SmoothAi controls, and additional automation or tooling packages command higher prices due to their enhanced capability and longer service life.

Machines from the 2000–2010 period are generally priced between $180,000 and $350,000, depending on condition, usage, and upgrades. These machines may include earlier control systems and higher usage levels but still deliver reliable performance for complex multi-tasking applications. Some may require software upgrades or retrofits to fully support modern gear machining requirements.

Pre-2000 machines in this exact AG configuration are generally not available, as integrated gear-cutting INTEGREX AG machines are part of a newer generation of Mazak technology. Cutting hours play a major role in valuation; machines with high spindle and gear machining usage may require refurbishment of critical components, reducing their price. Buyers should also consider included tooling, gear software, automation readiness, and service history, as these factors significantly impact total investment and long-term productivity.