USED MAZAK VARIAXIS I-1050

The Mazak VARIAXIS i-1050 is a large-capacity simultaneous 5-axis vertical machining center designed for machining heavy, complex components with high precision and efficiency. It is part of Mazak’s VARIAXIS i-series, which emphasizes process integration, rigidity, and automation-ready performance. The machine features a trunnion-style tilting rotary table supported on both ends, enabling full 5-axis machining with high stability and accuracy even when handling large workpieces.

The i-1050 is built for larger parts, offering a pallet size of approximately 1050 mm and the ability to handle workpieces up to about 1250 mm in diameter and 900 mm in height. It typically comes with a BT50 spindle with a standard speed of 10,000 rpm, with options for high-torque or high-speed configurations depending on application needs.

Its rigid gantry-style construction minimizes vibration and ensures long-term machining accuracy, while features such as thermal control systems, built-in motor spindles, and 5-axis calibration (MAZA-CHECK) enhance precision and repeatability. Automation options such as pallet changers and PALLETECH systems further improve productivity. Overall, the VARIAXIS i-1050 is ideal for aerospace, energy, and heavy engineering industries requiring high-accuracy machining of large, complex parts.

MAZAK VARIAXIS I-1050 SPECIFICATIONS

WHY BUY USED MAZAK VARIAXIS I-1050

Buying a used Mazak VARIAXIS i-1050 is a highly practical decision for manufacturers needing large-capacity 5-axis machining without the high capital investment of a new machine. These machines are designed for heavy-duty applications and long operational life, meaning well-maintained units can retain excellent performance even after years of use.

One of the most important considerations when purchasing a used i-1050 is cutting time rather than just age. Machines used in aerospace or energy sectors often run long production cycles and accumulate high spindle hours, which can lead to wear in the spindle, rotary axes, and structural components. These machines are typically priced lower but may require maintenance such as spindle rebuilds or axis recalibration.

In contrast, machines from low-volume or prototype environments often have significantly lower cutting hours and better preserved accuracy, making them more valuable despite being older. Another key advantage is that many used machines include expensive options such as high-torque spindles, large-capacity tool magazines, and pallet automation systems, which add substantial value compared to buying new.

Overall, a used VARIAXIS i-1050 offers a strong combination of size, capability, and cost efficiency, making it an excellent choice for shops handling large, complex components.

HOW MUCH DOES A USED MAZAK VARIAXIS I-1050 COST?

The cost of a used Mazak VARIAXIS i-1050 varies significantly depending on year of manufacture, configuration, and most importantly, cutting hours. Since the i-1050 is a relatively modern machine, availability before 2000 is essentially nonexistent, but comparable early large-frame 5-axis machines from the early 2000s may range between $80,000 and $160,000, typically with high cutting hours and outdated controls.

For machines manufactured between 2000 and 2010, prices generally range from $160,000 to $300,000 depending on condition, spindle type, and included features. Machines with lower cutting hours, upgraded controls, or recent refurbishments command prices toward the higher end of this range.

For newer machines built between 2010 and 2025, prices typically range from $300,000 to $700,000 or more, especially for models equipped with advanced Mazatrol Smooth controls, high-torque spindle options, and automation systems such as pallet changers or PALLETECH integration. These machines are often used in high-value industries, which helps maintain strong resale value.

Cutting hours remain the most critical pricing factor. Low-hour machines with documented maintenance history command premium pricing, while heavily used production machines—particularly those used for continuous heavy cutting—are priced lower due to potential refurbishment costs, especially for spindle systems and rotary axes.