The Mazak µ-10800 horizontal machining center is a large-format horizontal machining center designed for high-precision, heavy-duty machining in industries such as aerospace, energy, and large component manufacturing. Built as part of Mazak’s µ-series, this machine focuses on combining high-speed cutting with exceptional rigidity and thermal stability. It typically offers axis travels of approximately 1,700 mm (X), 1,400 mm (Y), and over 1,500 mm (Z), along with a pallet size of 1,000 mm, making it suitable for machining large and complex parts.
The machine is equipped with a powerful spindle, commonly reaching up to 10,000 RPM with a BT50 or CAT50 taper, and a tool magazine capacity of around 80 tools or more. Advanced Mazatrol controls and high-speed feed rates enable efficient material removal and precise contouring, while features such as pallet changers and automation compatibility improve productivity in continuous operations.
The µ-10800 is known for maintaining accuracy over long cutting cycles due to its robust construction and cooling systems. With high rapid traverse rates and heavy workpiece capacity (often exceeding 6,000 lbs), it is widely used in production environments where both size and precision are critical. Overall, it represents a balance of power, precision, and automation capability in large horizontal machining centers.
MAZAK µ-10800SPECIFICATIONS
MAZAK µ-10800 – AXIS
5-Axis simultaneous machining capability (X, Y, Z, B, C)
Designed for ultra-precision multi-axis contouring
B-axis tilting spindle
C-axis rotary table
Ideal for complex freeform surfaces
MAZAK µ-10800 – AXIS TRAVELS
X-Axis Travel: Approx. 1,050 mm
Y-Axis Travel: Approx. 1,050 mm
Z-Axis Travel: Approx. 500 mm
B-Axis Tilt: ±120°
C-Axis Rotation: 360° continuous
MAZAK µ-10800 – CAPACITY
Maximum Workpiece Diameter: Approx. 1,250 mm
Maximum Workpiece Height: Approx. 600 mm
Maximum Workpiece Weight: Approx. 1,000 kg
Designed for high-precision, large component machining
MAZAK µ-10800 – SPINDLE
High-speed precision spindle
Spindle Speed: Up to 20,000 RPM (optional higher speeds available)
Spindle Taper: HSK-A63
High rigidity and thermal stability
Ideal for fine surface finishing and tight tolerances
Air Supply Required for tool change and automation
Energy-efficient system design
Stable power required for precision machining
MAZAK µ-10800 – DIMENSIONS
Machine Footprint: Approx. 4,500 mm x 6,500 mm
Machine Height: Approx. 3,500 mm
Machine Weight: Approx. 25,000–30,000 kg
Requires reinforced foundation
MAZAK µ-10800 – GENERAL INFORMATION
Ultra-precision 5-axis vertical machining center
Designed for aerospace and high-accuracy industries
Combines rigidity with high-speed performance
Excellent thermal stability for consistent accuracy
Ideal for complex and large precision parts
INDUSTRIES THAT USE MAZAK µ-10800
Aerospace and Aviation
Medical Device Manufacturing
Automotive and Motorsport
Defense and Military
Mold and Die Industry
Energy and Power Generation
TYPICAL PARTS MAZAK µ-10800 CAN PRODUCE
Aerospace structural components
Turbine blades and housings
Medical implants and surgical components
Complex molds and dies
Precision automotive parts
Large multi-surface machined components
WHY CHOOSE MAZAK µ-10800
High-precision 5-axis machining for complex geometries
Excellent surface finish and tight tolerances
Advanced Mazatrol control for ease of use
High productivity with automated tool handling
Reliable performance for demanding industries
Ideal for both prototyping and production
WHY BUY USED MAZAK µ-10800
Buying a used Mazak µ-10800 horizontal machining center can offer significant value, especially for manufacturers needing large-capacity machining without the high cost of a new machine. One of the main advantages is cost savings, as used machines can be acquired at a fraction of their original price while still delivering strong performance. Mazak machines are known for durability and long service life, meaning even units that are 10–20 years old can remain productive if properly maintained.
Another key factor is cutting time versus age. Machines built before 2000 may have simpler controls and slower processing speeds, but they can still be effective for low-volume or less complex jobs with moderate cutting hours. Models from 2000–2010 often strike a balance, offering improved CNC controls and automation while still being relatively affordable. Machines from 2010 onward typically feature advanced Mazatrol systems, higher spindle efficiency, and better thermal stability, making them ideal for high cutting-time environments and precision work.
Additionally, used machines often come with tooling, probes, and chip management systems already installed, reducing setup costs. For shops looking to scale production quickly, a used µ-10800 provides immediate availability and proven reliability, making it a practical investment for both job shops and production facilities.
HOW MUCH DOES A USED MAZAK µ-10800COST?
The cost of a used Mazak µ-10800 horizontal machining center varies significantly depending on the machine’s age, condition, cutting hours, and included features. While exact prices are often quote-based in the market, clear trends can be observed across different production eras.
Machines manufactured before 2000 generally fall into the lower price range, often between $40,000 and $100,000. These machines typically have higher cutting hours and older CNC controls, making them suitable for less demanding applications or backup production roles.
Units from 2000 to 2010 usually range between $100,000 and $250,000, depending on condition and upgrades. These machines often feature improved Mazatrol controls, higher spindle performance, and moderate cutting hours, making them a popular choice for mid-level production environments.
Machines built between 2010 and 2025 can command prices from $250,000 up to $500,000 or more, especially if they have low cutting hours, automation systems, and advanced features. These newer models provide better efficiency, faster cycle times, and higher accuracy, making them ideal for high-production and precision machining.
Ultimately, cutting time plays a major role in pricing—machines with lower spindle hours and proper maintenance history tend to command a premium, regardless of their manufacturing year.
