USED DMG MORI i30V

The DMG MORI i 30V is a compact, high-speed vertical machining center designed primarily for mass production of small precision components, especially in the automotive and small parts manufacturing industries. It belongs to the i-series, which is focused on high productivity, fast cycle times, and efficient automation integration in a compact footprint. The machine offers axis travels of approximately 400 mm (X), 270 mm (Y), and 280 mm (Z), making it suitable for small workpieces and high-volume production environments.

A key strength of the i 30V is its extremely fast dynamics. It features rapid traverse rates of up to 62 m/min, which significantly reduces non-cutting time and improves overall cycle efficiency. This high-speed performance makes it ideal for industries where short cycle times and repeatability are more important than heavy material removal capacity.

The machine is built with a highly rigid structure despite its compact size, using roller guideways and a no-overhang design to maintain stability during high-speed machining. It typically uses a BT40 or CAT40 spindle system with speeds around 12,000 rpm, making it suitable for both light milling and precision finishing operations.

From a productivity perspective, the i 30V is designed for automation-driven manufacturing. It often includes pallet changers with extremely fast changeover times (around 2 seconds), enabling near-continuous production. Combined with DMG MORI’s MAPPS control system, the machine supports efficient programming, monitoring, and high repeatability in production environments.

Overall, the DMG MORI i 30V is not a heavy machining center but a high-efficiency production machine built for speed, repeatability, and compact factory layouts. It is widely used in automotive component production and mass manufacturing lines where uptime and cycle time are critical.

DMG MORI i30V SPECIFICATIONS

WHY BUY USED DMG MORI i30V

Buying a used DMG MORI i 30V is a strong option for manufacturers focused on high-volume production at low per-part cost. One of the biggest advantages is depreciation. These machines are built for industrial mass production, so their value drops significantly after initial use, allowing buyers to access high-speed automation capabilities at a much lower investment.

Another key advantage is cutting time efficiency. The i 30V is designed specifically for rapid machining cycles, with extremely fast axis movements and quick pallet changes. Even used machines maintain excellent cycle-time performance if they are properly maintained. This makes them highly effective in production environments where reducing seconds per part directly improves profitability.

In terms of durability, the i 30V is built for continuous operation rather than heavy cutting loads. Its rigid compact frame, roller guideways, and simplified mechanical design make it relatively easy to maintain. Machines with moderate cutting time (typically under 15,000–25,000 spindle hours) usually still perform very reliably in production environments. Even higher-hour machines can remain productive, but wear on spindles and automation components should be carefully evaluated.

Another major benefit is automation readiness. Many used i 30V machines already include pallet changers, chip conveyors, coolant systems, and sometimes robot integration interfaces. This reduces setup cost and allows immediate deployment into production lines.

Cutting time (spindle hours) is more important than manufacturing year when evaluating value. A machine with low spindle hours but older year may outperform a newer high-hour machine in real production stability. For manufacturers focused on ROI and high-volume output, a used i 30V offers strong efficiency, compact design benefits, and low cost per part.

HOW MUCH DOES A USED DMG MORI i30V COST?

The cost of a used DMG MORI i 30V depends heavily on manufacturing year, condition, configuration, automation level, and most importantly, cutting time (spindle hours). Since this machine is designed for high-volume production, wear is usually more related to cycle usage than age alone.

For older machines (pre-2000 or early generation equivalents), prices generally fall in the range of $10,000 to $25,000. These machines typically have high spindle hours and older control systems, making them suitable for basic production or secondary operations rather than high-precision work.

For machines from the 2000–2010 period, pricing typically ranges from $25,000 to $60,000 depending on condition and automation setup. Units with moderate cutting time (around 20,000–35,000 spindle hours) are considered good value, especially if pallet changers and automation systems are still in good working condition.

For newer machines from 2010–2025, used DMG MORI i 30V units typically range from $60,000 to $120,000 or more. Machines with low cutting hours (under 10,000–15,000 hours), full automation packages, and strong maintenance history command the highest prices. Systems with pallet automation, chip conveyors, and production-line integration are especially valuable.

Cutting time is a critical pricing factor. Because the i 30V is used in continuous production environments, spindle hours directly reflect machine life more accurately than age. A lower-hour older machine may be significantly more valuable than a newer machine with heavy production usage.

Overall, the i 30V remains a cost-effective solution in the used market for manufacturers focused on high-speed mass production, short cycle times, and automation-driven machining.