USED DMG MORI SPRINT 32|10

The DMG MORI SPRINT 32|10 is the most advanced configuration in the SPRINT 32 series, designed for extremely high-complexity, high-speed production of bar-fed components up to 32 mm diameter. It is built for manufacturers who require maximum process integration, minimal cycle time, and full automation in a compact footprint production cell.

The machine supports workpieces up to 32 mm in diameter and approximately 240 mm in length, making it ideal for precision shafts, connectors, and complex cylindrical parts used in automotive, medical, and industrial applications. Like other machines in the SPRINT family, it is designed for ultra-compact installation with a footprint under 3 m², enabling extremely high productivity density in modern manufacturing environments.

A key feature of the SPRINT 32|10 is its expanded multi-axis architecture, offering 6 linear axes, 2 C-axes, and 2 B-axes, making it the most flexible variant in the SPRINT 32 lineup. This allows highly complex simultaneous machining operations, including multi-side turning, drilling, milling, and cross-machining without repositioning the part.

The machine is equipped with a main spindle and counter spindle (up to ~8,500 rpm depending on configuration) and multiple driven tool stations, enabling full front-and-back machining in a single cycle. This dramatically reduces cycle time and eliminates secondary operations, which is critical in mass production environments.

Tool capacity is significantly expanded compared to lower models, with high-density tool layouts (often 40+ stations depending on configuration) allowing high flexibility for complex part geometries. This makes it suitable for manufacturers producing multiple variants of precision components on a single platform.

The rigid thermally symmetric machine structure ensures high dimensional stability during long, continuous production runs, while vertical chip evacuation improves cleanliness and machining reliability.

The SPRINT 32|10 is fully designed for automation integration, supporting bar feeders and robotic unloading systems for unattended or lights-out production. FANUC-based dual-channel control enables synchronized multi-axis operation for maximum efficiency.

Overall, the SPRINT 32|10 is a top-tier compact production system built for maximum axis flexibility, ultra-low cycle times, and fully automated high-complexity manufacturing.

DMG MORI SPRINT 32|10 SPECIFICATIONS

WHY BUY USED DMG MORI SPRINT 32|10

Buying a used DMG MORI SPRINT 32|10 is a strong option for manufacturers who need maximum machining capability in a compact automated system without the cost of new equipment. Since it is the highest-spec variant in the SPRINT 32 series, even used machines retain strong production value when properly maintained.

The biggest advantage is extreme machining flexibility in a very small footprint. Even in used condition, the SPRINT 32|10 can perform multiple synchronized operations across several axes simultaneously, significantly reducing cycle times compared to conventional CNC lathes or lower SPRINT configurations.

Cutting time is the most important evaluation factor. These machines are typically used in 24/7 high-volume automated production environments, meaning wear depends heavily on workload intensity. Machines with lower cutting time (under 20,000–25,000 hours) generally offer better long-term reliability. Units under 10,000–15,000 hours are especially valuable because spindle synchronization accuracy, B-axis precision, and turret wear remain close to factory condition.

Another major advantage is full automation readiness by design. The SPRINT 32|10 is built for bar-fed production with robotic unloading systems, making it ideal for lights-out manufacturing even in used condition without major additional investment.

Additionally, DMG MORI’s global service network ensures long-term availability of spare parts and technical support. Many used machines can also be upgraded with newer CNC controls or automation systems, extending operational life significantly.

While it is not intended for heavy-duty machining, it excels in complex geometry, micro-precision, and extremely high-output production environments.

In summary, a used SPRINT 32|10 offers excellent value through maximum axis capability, ultra-high productivity density, and full automation integration for advanced manufacturing setups.

HOW MUCH DOES A USED DMG MORI SPRINT 32|10 COST?

The cost of a used DMG MORI SPRINT 32|10 depends on manufacturing year, configuration complexity, automation level, condition, and especially total cutting time.

Because the SPRINT 32|10 is the highest-axis configuration in the SPRINT 32 series, it is relatively rare in the used market, which generally keeps prices high compared to other SPRINT variants.

For machines manufactured before 2000, comparable advanced multi-axis automatic turning systems typically range from $40,000 to $90,000, depending on condition and retrofit level. These older systems generally lack modern multi-axis synchronization and advanced automation integration.

Machines produced between 2000 and 2010 typically fall within the $90,000 to $180,000 range, depending on spindle condition, axis wear, and automation systems. Machines with lower cutting time (under 20,000–25,000 hours) are priced toward the higher end due to better mechanical integrity.

For SPRINT 32|10 machines from 2010–2025, used prices typically range from $180,000 to $420,000+, especially when equipped with full automation such as bar feeders, robotic unloading, tool monitoring systems, and high-pressure coolant units.

Cutting time is a critical valuation factor. Since these machines operate in continuous production environments, wear can occur in spindles, guideways, and multi-axis synchronization systems. Machines with low cutting time (under 10,000–15,000 hours) are considered premium due to higher precision retention and lower maintenance risk.

Buyers should carefully evaluate maintenance logs, spindle vibration data, axis backlash, and automation system performance rather than relying solely on age or appearance.

Overall, the cost of a used SPRINT 32|10 is determined by configuration complexity, automation level, and usage history, with cutting time being the most important factor in determining real market value and long-term production reliability.