USED MAZAK INTEGREX E-800H

The Mazak Integrex e-800H is one of the largest and most powerful machines in the Integrex e-H series, designed for machining extremely large, heavy, and complex components in a single setup. It combines turning, milling, boring, and drilling operations into a single multi-tasking platform, enabling full process integration under Mazak’s “DONE IN ONE” concept. The machine supports full 5-axis simultaneous machining with a B-axis milling spindle, allowing highly complex geometries to be produced with precision and reduced setup time.

The e-800H is built for large-scale applications, featuring a maximum machining diameter of approximately 1300 mm and supporting large chuck sizes ranging from 24 to 50 inches. It is engineered to handle extremely heavy workpieces, often used in industries such as energy, aerospace, and heavy equipment manufacturing. The machine offers a powerful turning spindle and a high-speed milling spindle, typically up to 10,000 RPM, along with high torque capabilities for demanding materials. Its rigid structure, advanced thermal stability systems, and large tool magazine capacity allow for long, uninterrupted cutting cycles. Overall, the Integrex e-800H is designed for manufacturers requiring maximum capacity, high precision, and efficient machining of oversized components.

MAZAK INTEGREX E-800H SPECIFICATIONS

WHY BUY USED MAZAK INTEGREX E-800H

Buying a used Mazak Integrex e-800H is a highly effective way for manufacturers to access extreme large-part machining capability without the significant capital investment required for a new machine. One of the biggest advantages is cost savings, typically ranging from 40% to 70% depending on the machine’s age, configuration, and cutting time. Given the size and capability of the e-800H, new machines can be extremely expensive, making the used market particularly attractive.

Cutting time is one of the most important factors when evaluating a used machine of this scale. Machines with high cutting hours are usually available at a lower price but may require maintenance on critical components such as spindles, guideways, and rotary axes. However, due to Mazak’s heavy-duty construction, even high-hour machines can continue to perform reliably if properly maintained. Machines with low cutting time command a premium because they offer longer remaining service life and reduced risk of wear-related issues. Another key advantage is availability, as new machines often have long lead times, especially in this size category. Additionally, many used machines include tooling, steady rests, and automation systems, adding further value. Overall, purchasing a used e-800H allows manufacturers to expand capacity and handle large, complex parts more efficiently.

HOW MUCH DOES A USED MAZAK INTEGREX E-800H COST?

The cost of a used Mazak Integrex e-800H varies widely depending on the year of manufacture, machine condition, configuration, and especially cutting time. Machines built before 2000 are extremely rare in this category, but when available, they typically range from $250,000 to $500,000. These machines usually have high cutting hours and may require refurbishment, making them more suitable for less demanding or backup applications.

Models from 2000 to 2010 generally fall within the $500,000 to $900,000 range. These machines are considered strong value options, especially when they have moderate cutting time and a well-documented maintenance history. They provide high capability while avoiding the premium cost of newer models.

More recent machines from 2010 to 2025 can range from $900,000 to over $1,800,000, depending on configuration, automation features, and cutting hours. Machines with low cutting time command significantly higher prices due to reduced wear and longer operational life. Additional factors such as tool magazine size, bed length, and optional systems like pallet changers or automation integration can further influence pricing. Overall, cutting time remains a critical factor in determining value, as it directly impacts performance, maintenance costs, and long-term reliability.