USED DMG MORI MULTISPRINT 36

The DMG MORI MULTISPRINT 36 is a highly advanced multi-spindle automatic turning center designed for extreme productivity in small to medium precision part manufacturing up to 36 mm bar diameter. It belongs to the MULTISPRINT series, which combines Swiss-type machining principles with multi-spindle parallel processing, making it one of the most productive compact manufacturing systems in its class.

The machine supports a maximum bar capacity of 36 mm and workpiece lengths up to approximately 170 mm, making it ideal for shafts, connectors, hydraulic components, and complex industrial precision parts. Unlike conventional single-spindle machines, the MULTISPRINT 36 uses a multi-spindle architecture with up to six machining spindles operating in parallel, significantly increasing throughput.

A key feature of the MULTISPRINT 36 is its fully modular radial slide system with Y-axis machining in every spindle position, allowing simultaneous multi-side machining without additional setups. This enables turning, drilling, milling, and cross-machining operations to be completed in a single integrated cycle.

The machine is equipped with up to 28 tools, including up to 24 driven tools, allowing highly complex machining strategies in one platform. Driven tools can reach speeds of up to 13,800 rpm, enabling high-speed milling and drilling operations for intricate geometries.

Another major strength is its flexible machine concept, where the system can switch between short turning, long turning (SWISSTYPE kit), and chuck machining configurations. This flexibility allows manufacturers to handle different production requirements without changing machines.

The MULTISPRINT 36 is designed for high-density automation environments, supporting bar feeders and robotic part handling systems. It is built for continuous production with minimal downtime, making it ideal for industries focused on mass production efficiency.

The rigid cast structure and optimized thermal design ensure high dimensional stability during long production cycles, while advanced chip evacuation maintains stable machining conditions.

Overall, the MULTISPRINT 36 is a high-output, multi-spindle production system designed for maximum parallel machining efficiency, extreme cycle-time reduction, and fully automated precision manufacturing.

DMG MORI MULTISPRINT 36 SPECIFICATIONS

WHY BUY USED DMG MORI MULTISPRINT 36

Buying a used DMG MORI MULTISPRINT 36 is a strong option for manufacturers focused on very high-volume production of small to medium precision components with extreme cycle time reduction requirements. Since it is a multi-spindle system, even used machines can deliver extremely high output compared to conventional CNC turning centers.

The biggest advantage is parallel machining productivity. Unlike single-spindle machines, the MULTISPRINT 36 performs multiple operations simultaneously across several spindles, which drastically reduces cycle time per part. Even older machines can outperform multiple conventional CNC lathes in total output.

Cutting time is the most critical factor when evaluating a used unit. These machines are typically used in continuous 24/7 production environments, so wear depends heavily on application 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, tool wear, and axis accuracy remain close to factory condition.

Another advantage is high automation integration by design. The MULTISPRINT 36 is built for bar-fed production with robotic handling options, making it suitable for lights-out manufacturing even in used condition without major additional investment.

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

While it is not designed for large or heavy-duty components, it excels in extremely high-volume, precision mass production environments where cycle time reduction is the main priority.

In summary, a used MULTISPRINT 36 offers outstanding value through multi-spindle parallel machining, high automation readiness, and exceptional productivity density for industrial-scale production.

HOW MUCH DOES A USED DMG MORI MULTISPRINT 36 COST?

The cost of a used DMG MORI MULTISPRINT 36 depends on manufacturing year, spindle condition, automation level, configuration, and most importantly, total cutting time.

For older machines manufactured before 2000, comparable multi-spindle automatic turning systems typically range from $70,000 to $150,000, depending on condition, retrofit level, and spindle wear. These older systems may lack modern control systems and advanced automation features.

Machines produced between 2000 and 2010 typically fall within the $150,000 to $300,000 range, depending on spindle condition, axis accuracy, and tooling setup. Units with lower cutting time (under 20,000–25,000 hours) are priced toward the upper end due to better mechanical integrity and synchronization performance.

For MULTISPRINT 36 machines from 2010–2025, used prices generally range from $300,000 to $600,000+, especially when equipped with full automation systems such as bar feeders, robotic loading/unloading, high-pressure coolant systems, and tool monitoring.

Cutting time is a major valuation factor. Since these machines operate in continuous high-speed production environments, wear can occur across multiple spindles, synchronization systems, and tool carriers. Machines with low cutting time (under 10,000–15,000 hours) are considered premium due to higher accuracy retention and reduced maintenance risk.

Buyers should always 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 MULTISPRINT 36 is determined by configuration, spindle condition, and automation level, with cutting time being the most important factor in determining true market value and long-term production reliability.