USED DMG MORI WASINO A 150Y | 18

The DMG MORI WASINO A 150Y | 18 is a high-precision, multi-process CNC turning center equipped with Y-axis capability and an 18-station turret, designed for machining complex components with tight tolerances in a compact footprint. It belongs to the WASINO A-series, which is widely recognized for combining thermal stability, process integration, and long-term machining accuracy.

The machine supports a maximum workpiece diameter of approximately 240 mm and a maximum workpiece length of around 245 mm, with a bar capacity typically up to 67 mm, making it suitable for a wide range of precision applications. These include automotive components, hydraulic parts, aerospace fittings, and medical devices, where dimensional consistency and surface finish are critical.

A defining feature of the A 150Y | 18 is its Y-axis capability (around 100 mm travel), which allows off-center machining such as milling, drilling, and contouring without requiring secondary setups. Combined with the 18-tool turret, one of the largest in its class, the machine offers excellent flexibility for complex part geometries and multi-step machining processes within a single setup.

The machine is built on a rigid horizontal bed with a low center of gravity, ensuring strong vibration damping and stable cutting performance. This structure also contributes to excellent thermal control, minimizing deformation during long machining cycles and maintaining consistent accuracy.

The A 150Y | 18 is designed for process integration, allowing turning and milling operations to be completed in one cycle. This reduces handling time, improves part accuracy, and enhances overall production efficiency.

It is also automation-ready, with compatibility for bar feeders, loaders, and part handling systems, making it suitable for both semi-automated and fully automated production environments.

Overall, the WASINO A 150Y | 18 is a compact, high-precision CNC turning center designed for complex machining, excellent repeatability, and stable long-term performance in advanced manufacturing environments.

DMG MORI WASINO A 150Y | 18 SPECIFICATIONS

WHY BUY USED DMG MORI WASINO A 150Y | 18

Buying a used DMG MORI WASINO A 150Y | 18 is a strong decision for manufacturers focused on high-precision, multi-process machining with Y-axis capability in a compact footprint. This machine is specifically designed for process integration, allowing turning and milling operations to be completed in a single setup, which significantly improves accuracy and reduces handling errors.

One of the biggest advantages is its 18-station turret—the largest in its class—combined with a 100 mm Y-axis travel, enabling complex geometries and off-center machining without secondary operations. This makes it highly valuable for industries such as medical, aerospace, and high-precision automotive manufacturing where part complexity and tolerance control are critical.

Cutting time is a key factor when evaluating used machines. Since the A 150Y | 18 is often used in continuous or semi-automated production environments, wear depends on workload intensity. Machines with lower cutting time (under 15,000–20,000 hours) are generally preferred because spindle condition, turret indexing accuracy, and axis alignment remain more stable. Units under 10,000–12,000 hours are considered premium due to higher retained precision.

Another major advantage is thermal stability. The machine is engineered with a pre-tensioned structure that minimizes thermal displacement to around 4 microns, ensuring consistent dimensional accuracy even during long machining cycles.

Compared to simpler CNC lathes, the A 150Y | 18 offers higher flexibility and fewer setups, which reduces labor cost and improves production efficiency over time.

It is especially suitable for complex part manufacturing, small-to-medium batch production, and high-value components where precision and repeatability matter more than extreme production speed.

Overall, a used WASINO A 150Y | 18 delivers strong value through process integration, precision stability, and multi-axis flexibility, making it ideal for advanced machining environments.

HOW MUCH DOES A USED DMG MORI WASINO A 150Y | 18 COST?

The cost of a used DMG MORI WASINO A 150Y | 18 depends on manufacturing year, spindle condition, turret accuracy, control system, maintenance history, and especially cutting time.

For machines manufactured before 2000, similar high-precision multi-process CNC lathes typically range from $30,000 to $70,000, depending on wear condition and retrofit level. These machines may require upgrades to CNC controls or electrical systems to meet modern production requirements.

Machines produced between 2000 and 2010 generally fall within the $70,000 to $140,000 range, depending on spindle health, Y-axis condition, turret accuracy, and maintenance quality. Machines with lower cutting time (under 15,000–20,000 hours) command higher prices due to better retained precision.

For 2010–2025-era machines or well-maintained late models, prices typically range from $140,000 to $280,000+, especially if equipped with advanced CNC systems, automation options such as bar feeders, or chip management systems.

Cutting time is one of the most important valuation factors. Since this machine is precision-oriented, it reflects accuracy degradation rather than just production fatigue. Machines with low cutting time (under 10,000–12,000 hours) are highly desirable because they maintain spindle concentricity, turret indexing precision, and Y-axis accuracy closer to factory condition.

Other key pricing factors include:

• Spindle vibration and bearing condition
• Turret indexing wear and tool alignment
• Y-axis backlash and guideway condition
• Control system generation (Fanuc upgrades increase value)
• Maintenance records and service history
• Automation integration level

Buyers should prioritize test cutting performance and geometric accuracy reports over age alone, as precision capability is the main value driver.

Overall, the cost of a used WASINO A 150Y | 18 is determined by precision condition, configuration, and usage intensity, with cutting time acting as a key indicator of long-term machining reliability and performance.