USED MAZAK INTEGREX E-RAMTEC V/10

The Mazak Integrex e-Ramtec V/10 is a large-format vertical multi-tasking CNC machine designed for machining extremely heavy and complex components with high precision. Built on a rigid double-column structure, the machine provides exceptional stability, making it ideal for large-diameter parts used in industries such as energy, aerospace, and heavy equipment manufacturing. It combines turning, milling, drilling, and boring into a single platform under Mazak’s “DONE IN ONE” concept, allowing complete part production in one setup.

The e-Ramtec V/10 supports full 5-axis simultaneous machining with a powerful B-axis milling spindle and a high-torque turning spindle. A key feature is its ram-type spindle, which enables deep internal boring and milling operations that are difficult or impossible with conventional tooling. The machine is capable of handling very large workpieces, with a maximum diameter of approximately 2000 mm and height around 1440 mm, making it significantly larger than the V/8 model.

It also features long X, Y, and Z axis travels, a high-capacity tool magazine, and optional automation systems such as pallet changers. Overall, the Integrex e-Ramtec V/10 is engineered for high rigidity, deep machining capability, and efficient production of large, high-value components.

MAZAK INTEGREX E-RAMTEC V/10 SPECIFICATIONS

WHY BUY USED MAZAK INTEGREX E-RAMTEC V/10

Purchasing a used Mazak Integrex e-Ramtec V/10 is a practical strategy for manufacturers needing extreme large-part machining capability without the high capital investment of 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 hours. Due to its size and advanced capabilities, a new V/10 represents a major investment, making the used market highly attractive.

Cutting time is one of the most critical factors when evaluating a used machine. Machines with higher cutting hours are generally priced lower but may require maintenance on key components such as the ram spindle, guideways, and rotary axes. However, thanks to the machine’s heavy-duty construction and double-column design, even high-hour machines can remain reliable if properly maintained. Machines with low cutting time command a premium because they offer longer service life and reduced wear-related risks.

Another major advantage is process consolidation. The V/10 allows multiple operations in one setup, reducing labor, setup time, and handling errors. Additionally, used machines are typically available much faster than new ones, which often have long lead times. Overall, buying a used e-Ramtec V/10 provides a strong balance of capability, efficiency, and return on investment for large-scale machining operations.

HOW MUCH DOES A USED MAZAK INTEGREX E-RAMTEC V/10 COST?

The cost of a used Mazak Integrex e-Ramtec V/10 varies widely based on manufacturing year, machine condition, configuration, and especially cutting time. Machines built before 2000 are extremely rare in this category, but when available, they typically range from $400,000 to $700,000. These machines often have high cutting hours and may require refurbishment, making them suitable for less demanding or backup applications.

Models from 2000 to 2010 generally fall within the $700,000 to $1,200,000 range. These machines are considered strong value options, especially when they have moderate cutting time and a well-documented maintenance history. They still provide full multi-tasking capability and are widely used in heavy industries for large-part machining.

More recent machines from 2010 to 2025 can range from $1,200,000 to over $3,000,000, particularly if equipped with advanced control systems, large tool magazine capacity, pallet changers, and low cutting hours. Machines with minimal cutting time command significantly higher prices due to reduced wear and longer operational life. Overall, cutting time remains one of the most important factors in determining price, as it directly impacts machine reliability, maintenance costs, and long-term value.