5-axis machining centers have revolutionized the metalworking industry with their ability to perform intricate milling and machining operations on five axes simultaneously. These advanced machines offer significant advantages over traditional 3-axis machines, including enhanced precision, greater flexibility, and reduced tool wear. The simultaneous 5-axis machining capability allows for the creation of complex geometries, multi-sided components, and superior surface finishes in a single setup, eliminating the need for multiple setups and part repositioning.

Ideal for industries such as aerospace, automotive, medical, and energy, 5-axis machining centers excel in producing parts with complex geometries, such as turbine blades, orthopedic implants, and intricate automotive components. When considering the purchase of a 5-axis machining center, it is crucial to evaluate factors such as machine size, spindle power, tool capacity, and the control system. Kitmondo offers a wide selection of 5-axis machining centers to meet the diverse needs of various industries.

HERMLE U 740 Machining center - 5 axis

Year: 2004

Axis X 740 mm
Axis Z 500 mm
CNC Heidenhain iTNC 530
Axis Y 500 mm
Type Vertical
Table length 900 mm

Dixi DHP-50 Machining center - 5 axis Good value

Year: 2008

Axis X 700 mm
Axis Z 700 mm
Type Continuous
Axis Y 700 mm
Type Horizontal
CNC Siemens 840 D

Hurco VTXU Machining center - 5 axis

Year: 2002

Axis X 800 mm
Axis Z 510 mm
Type Indexed
Axis Y 700 mm
Type Vertical
CNC Winmax

Hurco VMX42 Machining center - 5 axis

Year: 2008

Axis X 1020 mm
Axis Z 610 mm
Type Indexed
Axis Y 610 mm
Type Vertical
CNC Winmax

HERMLE C600 U Machining center - 5 axis Low working hours

Year: 2006

Axis X 600 mm
Axis Z 450 mm
Type Continuous
Axis Y 450 mm
Type Vertical
CNC Heidenhain 530

HERMLE B300 U Machining center - 5 axis Low working hours

Year: 2008

Axis X 800 mm
Axis Z 500 mm
Type Continuous
Axis Y 600 mm
Type Vertical
CNC Heidenhain TNC 530

HAAS UMC 750 Machining center - 5 axis

Year: 2014

Axis X 762 mm
Axis Z 610 mm
Type Continuous
Axis Y 508 mm
Type Vertical
CNC HAAS

Deckel-Maho DMU 80 T Machining center - 5 axis

Year: 2002

Axis X 880 mm
Axis Z 630 mm
CNC HEIDENHAIN TNC 430
Axis Y 630 mm
Type Vertical
Type of axis 1x head + 1x bed

DOOSAN HM 630 Machining center - 5 axis

Year: 2008

Axis X 1000 mm
Axis Z 850 mm
Number of tool pockets 2006
Axis Y 800 mm
CNC Fanuc Series 18i-MB
Spindle taper

DMG DMU 50 ECO Vertical Machining Center (3+2) axis

Year: 2011

Axis X 500 mm
Axis Z 400 mm
Type Indexed
Axis Y 450 mm
Type Vertical
CNC Siemens 810 D

Deckel Maho DMU 70 V Machining center - 5 axis

Year: ~ 2000

Axis X 750 mm
Axis Z 520 mm
Type Continuous
Axis Y 600 mm
Type Vertical
CNC Millplus

JOBS JO’MACH 131L Machining center - 5 axis Hot deal

Year: 2002

Axis X 2500 mm
Axis Z 850 mm
Spindle taper
Axis Y 1800 mm
CNC FIDIA C20

CHIRON FZ18W Machining center - 5 axis

Year: 1990

Axis X 550 mm
Axis Z 425 mm
CNC SIEMENS SINUMERIK 810M
Axis Y 300 mm
Type Vertical
Max. part weight 200 kg

Fidia Digit 318 Machining center - 5 axis

Year: ~ 1999

Axis X 3000 mm
Axis Z 800 mm
Spindle taper
Axis Y 1000 mm
CNC
Max. spindle speed 30000 rpm

Spinner U630 5 axis Machining Center

Year: 2018

Axis X 630 mm
Axis Z 465 mm
Spindle taper
Axis Y 530 mm
CNC

DMG MORI DMU 125 Machining center - 5 axis

Year: 2000

Axis X 1250 mm
Axis Z 800 mm
Table length 1500 mm
Axis Y 880 mm
CNC
Table width 1050 mm

Spinner U 1520 Machining Center

Year: 2016

Axis X 1520 mm
Axis Z 460 mm
CNC Siemens
Axis Y 520 mm
Type Vertical
Spindle taper HSK-63

DECKEL MAHO DMF 180 Machining center - 5 axis

Year: 2010

Axis X 1800 mm
Axis Z 700 mm
Table length 2100 mm
Axis Y 700 mm
CNC HEIDENHAIN iTNC 530
Table width 700 mm

DMG DMU 100 Monoblock 5 axis machining center

Year: 2012

Axis X 1150 mm
Axis Z 710 mm
Table length 1500 mm
Axis Y 710 mm
CNC HEIDENHAIN ITNC 530 ERGOLINE
Table width 800 mm

MIKRON VCP 600 Machining center - 5 axis

Year: 2001

Axis X 600 mm
Axis Z 450 mm
CNC Heidenhain iTNC420
Axis Y 450 mm
Type Vertical
Spindle taper SK40


A 5-axis machining center is a computer numerical control (CNC) machine capable of performing complex milling and machining operations on five different axes simultaneously. Unlike traditional 3-axis machines, which only move in the X, Y, and Z planes, 5-axis machines can also rotate around the A and B axes. This additional range of motion allows for greater flexibility and precision when manufacturing intricate parts and components.

Key Features

Simultaneous 5-Axis Machining: This capability allows for cutting and shaping materials along five axes at once, resulting in reduced setup times, enhanced precision, and superior surface finishes. It is particularly beneficial for producing complex, contoured parts that would otherwise require multiple setups on a conventional 3-axis machine.

Improved Accuracy: By eliminating the need for multiple setups and part repositioning, 5-axis machining centers minimize human error and inconsistencies, leading to higher quality, more accurate parts and reduced scrap rates.

Enhanced Versatility: The advanced motion capabilities of 5-axis machines enable the creation of highly intricate geometries and multi-sided parts in a single setup. This versatility allows manufacturers to tackle a broader range of projects and expand their offerings.

Reduced Tool Wear: The simultaneous movement of the cutting tool and workpiece in a 5-axis machining center reduces overall stress on the tool, leading to less wear and longer tool life. This can result in significant cost savings over time.

Applications of 5-Axis Machining Centers

These machining centers are utilized in various industries, including aerospace, automotive, medical, and energy, for producing components with complex geometries. Examples include:

  • Aerospace and Energy: Turbine blades and impellers
  • Medical Industry: Orthopedic implants and surgical instruments
  • Manufacturing: Mold and die components for injection molding and stamping processes
  • Automotive Industry: Complex automotive parts, such as engine components and suspension elements

Considerations for Purchasing

When considering the purchase of a 5-axis machining center, it is essential to evaluate factors such as machine size, spindle power, tool capacity, and control system. Additionally, consider the level of after-sales support and training provided by the manufacturer to ensure maximum return on investment.

Leading Manufacturers Available on Kitmondo

  • DMG MORI: German-Japanese company producing a wide range of advanced machining centers.
  • Haas Automation: American manufacturer known for affordable and quality 5-axis machining centers.
  • Mazak Corporation: Japanese company with a reputation for high-quality, innovative CNC machines.
  • Okuma: Renowned Japanese company offering state-of-the-art machining centers.
  • Hermle: German manufacturer known for high-precision machining centers.
  • Hurco: American company specializing in high-speed, high-precision CNC machine tools.
  • GF Machining Solutions: Swiss manufacturer offering a comprehensive portfolio of advanced machining centers.
  • Matsuura: Japanese manufacturer focusing on automation and advanced technology.
  • Mikron: Swiss company producing high-performance milling machines and machining centers.
  • Chiron: German company specializing in high-speed, precision CNC vertical machining centers.
  • Makino: Japanese manufacturer with a reputation for advanced CNC machine tools.

Budget Considerations

The price of 5-axis machining centers can vary significantly based on size, features, capabilities, brand, and age (new vs. used). Here are some general estimates:

  • Entry-Level/Smaller Machines: €150,000 to €250,000
  • Mid-Range Models: €250,000 to €600,000
  • High-End Machines: Over €600,000, with some exceeding €1 million

For used machines, prices typically range from €50,000 to €190,000. Kitmondo’s pricing algorithm, Valorexo, can help pinpoint a fair market price.

Finalizing the Purchase

Ensure you agree on all details with the seller or seek support from a Kitmondo agent to make an informed decision. This approach helps maximize your investment and ensures the machine meets your specific needs and budget.