USED MAZAK INTEGREX I-350H

The Mazak INTEGREX i-350H is a large-frame, high-capacity multi-tasking CNC machine designed for complex part production in a single setup. Positioned above the i-250 series, it features a larger 10-inch chuck and extended machining envelope, making it suitable for bigger and heavier components. The machine combines turning and full 5-axis milling capabilities, allowing manufacturers to complete intricate geometries without multiple setups.

With a maximum machining diameter of approximately 670 mm and long bed options reaching up to 2,500 mm, the i-350H is ideal for industries such as aerospace, oil & gas, and heavy equipment manufacturing. The machine includes a B-axis milling spindle for angular machining, along with high-rigidity construction to maintain accuracy during heavy-duty cutting. Advanced features such as MAZATROL SmoothAi control, thermal compensation systems, and automation integration enhance productivity and consistency.

Its horizontal design improves chip evacuation and supports integration with robotic systems and loaders for automated production. Overall, the INTEGREX i-350H is built for manufacturers requiring larger capacity, high precision, and the flexibility to machine complex parts efficiently in a single platform.

MAZAK INTEGREX I-350H SPECIFICATIONS

WHY BUY USED MAZAK INTEGREX I-350H

Purchasing a used Mazak INTEGREX i-350H is an effective way to acquire large-capacity multi-tasking capability without the high capital cost of a new machine. These machines are engineered for durability and long service life, making them a strong option even after years of operation. One of the biggest advantages is the ability to handle larger parts while still performing complete machining in a single setup, reducing handling time, labor costs, and potential errors.

Used models provide flexibility for shops expanding into larger component manufacturing without committing to a new machine’s depreciation. Machines built between 2010 and 2025 typically include modern control systems like Smooth or SmoothAi, better automation compatibility, and improved thermal stability. Units from 2000–2010, while older, still offer robust mechanical construction and are well-suited for heavy-duty applications. Pre-2000 machines in this size category are rare but may exist in earlier INTEGREX platforms.

Cutting time is a critical evaluation factor; machines with lower spindle hours generally have less wear on key components such as the B-axis head and spindle bearings. Maintenance records, tooling packages, and automation readiness also play a major role in determining overall value. Buying used allows manufacturers to scale capacity efficiently while maintaining cost control.

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

The cost of a used Mazak INTEGREX i-350H depends on several factors including year of manufacture, condition, configuration, and total cutting hours. Machines from 2010 to 2025 typically range from $300,000 to $700,000 or more, reflecting their larger capacity, advanced controls, and automation-ready features. Units with low cutting hours, full-service documentation, and additional options such as automation systems or tool packages tend to command premium prices.

Machines from the 2000–2010 period are generally priced between $150,000 and $350,000. These machines still offer strong performance and large-part capability but may include older control systems and higher usage levels. However, they remain a cost-effective solution for shops needing heavy-duty multi-tasking functionality.

Pre-2000 machines in this specific model range are uncommon, but earlier large-frame INTEGREX machines may be available for under $150,000 depending on condition and refurbishment. Cutting hours significantly impact pricing; machines with high spindle usage may require maintenance or rebuilding, reducing their value. Buyers should also consider included tooling, automation integration, and service history, as these factors can substantially influence the total investment and long-term reliability of the machine.