USED OKUMA 2SP-2500H

The Okuma 2SP-2500H is a compact, high-speed twin-spindle CNC turning center designed for high-volume production of small to medium-sized precision components. As part of Okuma’s 2SP-H series, it features a front-facing spindle design that improves automation efficiency and optimizes floor space utilization. This layout allows seamless integration with Okuma’s gantry loader systems, enabling fast and automated part loading and unloading.

The machine supports a maximum turning diameter of approximately 410 mm and a turning length of around 200 mm, making it suitable for a wide range of precision components used in automotive, electronics, and general engineering industries. Spindle speeds reach up to 5,000 rpm, supported by powerful dual spindle motors, allowing both high-speed finishing and efficient material removal.

A key advantage of the 2SP-2500H is its twin-spindle, twin-turret configuration, enabling simultaneous machining and significantly reducing cycle times. The machine also supports optional milling capabilities, expanding its versatility for process-intensive operations.

Equipped with Okuma’s OSP control system and designed for automation, the 2SP-2500H delivers consistent accuracy, reduced downtime, and high throughput, making it an ideal solution for manufacturers focused on mass production and efficiency.

OKUMA 2SP-2500H SPECIFICATIONS

WHY BUY USED OKUMA 2SP-2500H

Buying a used Okuma 2SP-2500H is an excellent investment for manufacturers focused on high-volume production and automation efficiency. These machines are specifically engineered for mass production, with dual spindles and twin turrets enabling simultaneous machining, significantly reducing cycle times compared to conventional single-spindle lathes.

Cutting time (spindle hours) is one of the most critical factors when evaluating a used 2SP-2500H. Machines with low cutting hours—typically under 5,000–7,000 hours—are considered lightly used and can operate close to new condition. Units with moderate usage (7,000–18,000 hours) remain reliable for most production environments if properly maintained. Machines exceeding 18,000–25,000+ hours may require servicing of key components such as spindles, turrets, or automation systems, but they can still provide strong value for less demanding operations.

One of the biggest advantages of this model is its automation readiness. Even older machines retain compatibility with gantry loaders and robotic systems, allowing continuous production with minimal operator intervention. Its compact footprint also makes it ideal for facilities with space constraints.

Additionally, Okuma’s reputation for durability and thermal stability ensures long service life, making a used 2SP-2500H a cost-effective solution for high-output manufacturing environments.

HOW MUCH DOES A USED OKUMA 2SP-2500H COST?

The cost of a used Okuma 2SP-2500H varies depending on manufacturing year, configuration, condition, and especially cutting time. Since this model has been available since the early-to-mid 2010s, pricing is typically segmented by age and usage rather than pre-2000 categories.

For early-generation machines (2012–2015), prices generally range from $40,000 to $80,000. These machines often have higher cutting hours (12,000–25,000+) and may require maintenance or refurbishment, but they still offer full twin-spindle automation capability.

Machines built between 2016 and 2020 typically fall in the $80,000 to $150,000 range. These represent the most active segment in the used market and usually include moderate cutting hours (6,000–15,000), along with improved controls and automation integration.

For newer machines from 2021 to 2025, prices can range from $150,000 to $250,000 or more depending on configuration, tooling packages, and automation systems. These machines typically have low cutting hours (under 5,000) and are close to new condition.

Cutting time is one of the most important pricing factors—machines with lower spindle hours command significantly higher values regardless of age. Buyers should also evaluate automation setup, tooling availability, and maintenance history to determine the true overall investment and long-term return.