The Mazak INTEGREX i‑800V/8 is an ultra‑large vertical multi‑tasking CNC machine engineered for heavy and large‑part machining in a single, highly efficient setup. As part of Mazak’s vertical INTEGREX lineup, it merges simultaneous 5‑axis milling with turning and drilling capabilities to handle large, complex components without multiple repositioning steps. This combination enhances accuracy, reduces setup times, and improves overall throughput for demanding production environments.
Designed for oversized workpieces, the i‑800V/8 can accommodate parts with diameters well over 1,500 mm and substantial heights, making it suitable for industries such as energy, aerospace, and heavy industrial equipment manufacturing. The machine typically features a robust CAT 50 or larger vertical spindle, high‑torque turning capabilities, and a tilting milling head that supports complex angular machining and surface finishes. Its rigid structural design, linear guideways, and advanced thermal compensation systems help maintain precision even under heavy and prolonged cutting loads.
The machine runs on MAZATROL SmoothAi control, offering intuitive programming, advanced diagnostics, and automation support. Optional pallet changers and robotic integration further enhance productivity. Overall, the i‑800V/8 is built for manufacturers who require maximum multi‑process capability, exceptional rigidity, and precision in large‑component machining.
MAZAK INTEGREX I‑800V/8SPECIFICATIONS
MAZAK INTEGREX I-800V/8 – AXIS
Large vertical multi-tasking CNC machine with turning and 5-axis milling
X, Y, Z linear axes
B-axis tilting milling spindle
C-axis rotary table for turning operations
Full simultaneous 5-axis machining capability
Designed for very large and complex components
MAZAK INTEGREX I-800V/8 – AXIS TRAVELS
X-axis travel: approx. 1700 mm
Y-axis travel: approx. 1500 mm
Z-axis travel: approx. 1150 mm
B-axis rotation: approx. 150°
C-axis rotation: 360° continuous
MAZAK INTEGREX I-800V/8 – CAPACITY
Maximum workpiece diameter: approx. 1500 mm
Maximum machining length/height: approx. 1500 mm
Suitable for very large and heavy parts
Designed for aerospace and energy components
MAZAK INTEGREX I-800V/8 – SPINDLE
Turning table speed: up to 500 RPM
Milling spindle speed: up to 10000 RPM (optional higher)
MAZAK INTEGREX I-800V/8 – POWER & AIR REQUIREMENTS
Power requirement: approx. 80–120 kVA
Air pressure requirement: approx. 5–6 bar
Designed for heavy-duty machining applications
Stable performance for continuous operation
MAZAK INTEGREX I-800V/8 – DIMENSIONS
Machine footprint: approx. 8000 x 5000 mm
Machine height: approx. 4000 mm
Machine weight: approx. 30,000–40,000 kg
Extremely rigid structure for large components
MAZAK INTEGREX I-800V/8 – GENERAL INFORMATION
Large vertical 5-axis multi-tasking machining center
Combines turning, milling, drilling, and boring
Reduces setups and improves accuracy
Designed for high-value, large components
Supports pallet systems and automation
INDUSTRIES THAT USE MAZAK INTEGREX I-800V/8
Aerospace industry
Energy and power generation
Oil & gas sector
Heavy equipment manufacturing
Construction machinery
TYPICAL PARTS MAZAK INTEGREX I-800V/8 CAN PRODUCE
Large turbine housings
Energy sector components
Heavy aerospace structures
Large gear housings
Complex large precision parts
WHY CHOOSE MAZAK INTEGREX I-800V/8
Ideal for very large and heavy components
Combines multiple operations in one setup
High rigidity and precision
Reduces setup time and handling
Maximizes productivity for large-scale manufacturing
WHY BUY USED MAZAK INTEGREX I‑800V/8
Purchasing a used Mazak INTEGREX i‑800V/8 is a compelling option for manufacturers seeking large‑capacity multi‑tasking capability at a reduced capital cost. This model’s ability to combine turning, milling, and drilling in one setup offers significant advantages for shops working on very large, complex parts where precision and productivity are critical. By reducing setups, handling time and potential error points are minimized, which enhances operational efficiency.
Used i‑800V/8 machines offer a way to access high‑end vertical multi‑tasking performance without the premium of new equipment. Units from 2010 to 2025 often include modern MAZATROL Smooth or SmoothAi controls with better automation support and diagnostic capabilities. Machines from 2000–2010 may feature earlier control systems but still deliver strong mechanical performance and heavy‑duty capability. Pre‑2000 models in this particular series are rare, since the i‑800V/8 represents a more recent advancement in Mazak’s vertical multi‑tasking portfolio.
Cutting hours are a key consideration when evaluating a used unit; lower spindle usage generally indicates reduced wear on core components such as spindle bearings, rotary axes, and structural drives. Maintenance history, tooling packages, and included pallet or robotic automation also influence value. Buying used allows manufacturers to scale production capacity and take on larger, high‑value jobs while controlling upfront expenditure and depreciation.
HOW MUCH DOES A USED MAZAK INTEGREX I‑800V/8COST?
The price of a used Mazak INTEGREX i‑800V/8 varies widely depending on age, condition, configuration, and cutting hours. Machines manufactured between 2010 and 2025 typically range from $800,000 to $1,800,000 or more, reflecting their ultra‑large work envelope, advanced multi‑tasking capabilities, and automation readiness. Units with low cutting hours and comprehensive service histories often command top pricing due to their extended remaining service life and reliability in production environments.
Machines from the 2000–2010 period are less common for this model but, where available, may fall in a broad range from $450,000 to $900,000 depending on condition, control technology, and any included options like pallet changers or robotic interfaces. These older units may require control upgrades or refurbishment, but still provide strong structural performance for handling large workpieces.
Pre‑2000 i‑800V/8 machines are generally not present on the market, as this model reflects more recent vertical multi‑tasking development. Total cutting hours are a critical valuation factor; machines with high spindle usage often indicate wear on spindles, rotary tables, and axes, which impacts both price and future maintenance needs. Buyers should also consider included tooling, automation packages, and service documentation, as these elements significantly influence the overall investment and long‑term return on a used i‑800V/8 machine.