USED HAAS VS-3-5AX

The used Haas VS-3-5AX is a large-format 5-axis vertical machining center designed for shops that need simultaneous multi-axis capability on oversized parts. It combines the long-travel platform of the VS-3 with a dual-axis spindle head, making it suitable for complex aerospace parts, composite tooling, mold work, structural components, and large multi-sided parts that benefit from reduced setups and improved access to difficult angles. Haas lists the VS-3-5AX as a 5-axis vertical machining center with 150″ x 50″ x 50″ travels, an HSK-A63 taper, a 20,000 rpm spindle, and a 70+1 tool capacity.

This machine is well suited for simultaneous 5-axis machining as well as 3+2 positional work. The Haas-built dual-axis head supports the spindle on both sides for added rigidity, and Haas specifies ±245 degrees of C-axis rotation and ±120 degrees of B-axis tilt, which allows access to complex geometries and difficult part features from many angles. Haas also notes that the machine’s fully supported X-axis travel is designed to handle parts weighing up to 10,000 lb (4536 kg), and the table uses three blank tooling plates that can be machined for custom fixturing.

The used Haas VS-3-5AX is typically considered for airframe components, layup molds, composite structures, large fixture bodies, prototype aerospace structures, and other large precision parts where repositioning a part multiple times would add cost and reduce accuracy. When evaluating a used machine, buyers should pay close attention to spindle hours, 5-axis head condition, axis calibration, rotary brake performance, geometry, control condition, and maintenance history. On a machine of this size and complexity, proper calibration and mechanical health matter significantly for long-term value and performance.

HAAS VS-3-5AX SPECIFICATIONS

WHY BUY USED HAAS VS-3-5AX

Buying a used Haas VS-3-5AX can make sense for shops that need large-part 5-axis capability without the cost of buying a new machine in this class. One of the biggest advantages is the combination of a very large work envelope and true 5-axis flexibility. That allows shops to machine large, complex parts in fewer setups, improve feature access, and reduce the time spent repositioning or re-fixturing oversized components.

Another major benefit is versatility. A used VS-3-5AX can be applied to aerospace support work, composite tooling, large mold work, structural machining, prototype development, and multi-sided industrial components. The dual-axis head and large working area help shops take on jobs that would be difficult or inefficient on standard 3-axis VMCs or smaller trunnion-style 5-axis machines.

A used VS-3-5AX may also offer a strong value opportunity for buyers who need advanced capability in a large-part platform. Because the machine is specialized, condition, service support, calibration status, and included options can have a major effect on value. For the right application, it can be a highly capable machine for complex oversized work.

HOW MUCH DOES A USED HAAS VS-3-5AX COST?

The price of a used Haas VS-3-5AX depends on machine year, spindle and head condition, 5-axis calibration accuracy, control generation, maintenance records, machine hours, installed options, and overall geometry. Because this is a large-format 5-axis machine with a high-speed spindle and specialized head design, resale pricing can vary widely based on condition and supportability.

For machines built from 2015 to 2020, used Haas VS-3-5AX pricing may range roughly from $250,000 to $425,000, depending on condition, included options, and overall machine health. For machines built from 2020 to 2025, pricing often falls between $400,000 and $700,000, with cleaner late-model machines, lower hours, and stronger option packages bringing higher prices.

Machines with documented service history, better calibration records, and cleaner spindle/head condition generally command stronger values. Final pricing depends heavily on inspection results, installation requirements, and how well the machine fits the intended application.