USED MAKINO F5 PRO 6 – 2022

The MAKINO F5 PRO 6 – 2022 is a high-performance 3-axis vertical machining center developed for precision machining, high-speed cutting, hard milling, die and mold production, medical components, and complex three-dimensional geometries. The F5 Pro 6 combines a rigid machine structure with a high-speed 20,000 RPM spindle, precision scale feedback, Makino Professional 6 control, and Super Geometric Intelligence technology. With approximately 35.4 inches of X-axis travel, 19.7 inches of Y-axis travel, and 17.7 inches of Z-axis travel, the machine provides a substantial work envelope for a precision-oriented vertical machining center.

The machine is designed around rigidity and thermal stability rather than simply maximizing spindle speed. Makino uses large castings and a no-overhang axis configuration to create a stable cutting platform. The F5 Pro 6 also incorporates fine-pitch ballscrews and scale feedback on the X, Y, and Z axes. Makino specifies positioning accuracy down to ±0.0015 mm and repeatability down to ±0.001 mm with the scale-feedback configuration, making the machine particularly suitable for applications where dimensional consistency and tight-tolerance machining are important.

The 20,000 RPM HSK-A63 spindle provides the F5 Pro 6 with a combination of high-speed finishing capability and rigidity for roughing operations. The two-range spindle is designed to support heavier cutting at lower speeds while also allowing small-diameter tools to operate at high RPM for fine details, small radii, and complex surface work. A 30,000 RPM HSK-F63 spindle is also available as an option, so the exact spindle configuration should be verified on an individual 2022 machine before purchase.

The work envelope is supported by a table measuring approximately 39.4 × 19.7 inches, with a maximum workpiece envelope of approximately 39.4 × 19.7 × 17.7 inches. Makino specifies a maximum evenly distributed table payload of approximately 2,204 pounds. This provides enough capacity for substantial molds, fixtures, medical components, graphite electrodes, and other precision workpieces while maintaining the compact footprint expected from a high-performance vertical machining center.

The F5 Pro 6 is also built around the Makino Professional 6 control, which provides a graphical user interface, touchscreen operation, data-management functions, networking capability, and machine-specific control features. The control works with Makino’s Super Geometric Intelligence SGI.5 technology, which is designed for high-feedrate machining of complex 3D shapes containing continuous blocks of NC data. Makino states that SGI.5 can reduce machining cycle times on dies, complex cavities, cores, and medical parts by as much as 40 percent compared with many conventional control technologies.

The F5 Pro 6 is particularly well suited to manufacturers producing complex 3D contoured components. Die and mold makers can use the machine for cavity and core machining, electrode work, finishing, and detailed surface machining. Medical manufacturers can use it for precision components requiring tight dimensional control, while aerospace, electronics, and general precision-machining companies can take advantage of its high-speed spindle and controlled motion system for smaller detailed features.

Production efficiency is supported by the machine’s 30-tool automatic tool changer, rapid traverse and cutting feed rates of approximately 787 inches per minute, automatic air blow, coolant nozzle, rear coolant tank with chip augers, centralized automatic lubrication, rigid tapping, and fully enclosed splash guard. The standard configuration also includes a portable manual pulse generator and other operator-oriented features.

For buyers searching for a used MAKINO F5 PRO 6 – 2022, the machine offers a relatively modern precision-machining platform with capabilities aimed at applications where surface finish, dimensional accuracy, thermal stability, and machining speed are all important. A documented 2022 F5 machine was listed as a high-speed graphite machining center with a 20,000 RPM spindle, Pro 6 control, HSK63 tooling, and fewer than 900 hours, demonstrating that 2022 F5 machines can be configured for specialized applications such as graphite machining.

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MAKINO F5 PRO 6 – AXIS

Specification	Details
Machine Type	CNC Vertical Machining Center
Axis Configuration	3-Axis
X-Axis	35.4 inches / 900 mm
Y-Axis	19.7 inches / 500 mm
Z-Axis	17.7 inches / 450 mm
Axis Feedback	Scale feedback on X, Y and Z
Ballscrews	8 mm fine-pitch ballscrews
Axis Configuration	No-overhang design
Positioning Accuracy	Up to ±0.0015 mm with scale feedback
Repeatability	Up to ±0.001 mm with scale feedback

The F5 Pro 6 is fundamentally designed as a precision 3-axis vertical machining center. Its axis configuration, scale feedback, fine-pitch ballscrews, and rigid castings are intended to maintain dimensional consistency during extended machining cycles.

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MAKINO F5 PRO 6 – AXIS TRAVELS / WORK ENVELOPE

Specification	Details
X-Axis Travel	35.4 inches / 900 mm
Y-Axis Travel	19.7 inches / 500 mm
Z-Axis Travel	17.7 inches / 450 mm
Table-to-Spindle Gauge Line	Approximately 5.9–23.6 inches / 150–600 mm
Maximum Workpiece Length	39.4 inches / 1,000 mm
Maximum Workpiece Width	19.7 inches / 500 mm
Maximum Workpiece Height	17.7 inches / 450 mm
Rapid Traverse	787 IPM / 20,000 mm/min
Cutting Feedrate	Up to 787 IPM / 20,000 mm/min

The F5 Pro 6 provides a useful combination of travel and high-speed movement for detailed machining. Its 900 mm X-axis travel allows larger molds and components to be accommodated, while the 500 mm Y-axis and 450 mm Z-axis provide a practical envelope for complex three-dimensional machining.

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MAKINO F5 PRO 6 – CAPACITY / TABLE

Specification	Details
Table Length	39.4 inches / 1,000 mm
Table Width	19.7 inches / 500 mm
Table Size	39.4 × 19.7 inches
Maximum Table Load	2,204 lbs / 1,000 kg
T-Slots	5
T-Slot Size	18H8 mm
T-Slot Pitch	100 mm
Maximum Workpiece	Approximately 39.4 × 19.7 × 17.7 inches
Workholding	Fixtures, vises, clamps and specialized tooling

The table provides a substantial working platform relative to the machine’s footprint. The 1,000 kg maximum evenly distributed payload gives the F5 Pro 6 the capacity to handle substantial fixtures and workpieces, while the five T-slot configuration provides flexibility for workholding.

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MAKINO F5 PRO 6 – SPINDLE

Specification	Details
Standard Spindle Speed	20,000 RPM
Optional Spindle Speed	30,000 RPM
Standard Spindle Taper	HSK-A63
Optional Spindle Taper	HSK-F63 with 30,000 RPM configuration
Spindle Type	High-Speed Vertical
Spindle Speed Range	Approximately 50–20,000 RPM
Spindle Motor	Approximately 25 kW / 11 kW continuous
Spindle Torque	Approximately 31.8 / 14 Nm
Spindle Bearing Diameter	Approximately 65 / 100 mm
Spindle Cooling	Temperature-controlled spindle system

The standard 20,000 RPM HSK-A63 spindle is one of the most important features of the F5 Pro 6. It provides high-speed capability for small tools and fine features while maintaining the rigidity necessary for roughing operations. Makino’s spindle temperature-control technology is intended to improve thermal stability during extended operation.

The optional 30,000 RPM HSK-F63 spindle provides an additional configuration for applications requiring even higher spindle speeds. The actual spindle installed on a used 2022 machine should therefore be confirmed from the machine serial number, build sheet, or equipment documentation.

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MAKINO F5 PRO 6 – TOOL CHANGER

Specification	Details
Automatic Tool Changer	Yes
Standard Capacity	30 tools
Optional Capacity	60 tools
Standard Tool Interface	HSK-A63
Maximum Tool Diameter	4.72 inches / 120 mm
Maximum Tool Diameter With Adjacent Pots Occupied	Approximately 2.95 inches / 75 mm
Maximum Tool Diameter With Adjacent Pots Empty	Approximately 4.92 inches / 125 mm
Maximum Tool Length	Approximately 11.81 inches / 300 mm
Maximum Tool Weight	17.6 lbs / 8 kg
ATC Shutter	Standard feature

The 30-tool automatic tool changer provides enough capacity for many complex machining operations without requiring frequent manual tool changes. Makino also offers a 60-tool magazine option, which can be useful for mold, die, medical, and production environments where a large variety of tools must remain available.

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MAKINO F5 PRO 6 – CONTROL SYSTEM

Specification	Details
CNC Control	Makino Professional 6
Control Interface	Graphical touchscreen interface
Motion Technology	Super Geometric Intelligence SGI.5
Operating System	Windows Embedded-based architecture
User Memory	2 GB plus 1 GB data center
Program Storage	1,000 programs
Tool Offset Pairs	400 total in published specification
Rigid Tapping	Standard
G10 Data Input	Standard
Helical Interpolation	Standard
Custom Macro	Available
Networking	Standard data-management capability

The Professional 6 control is designed around simplified operator interaction and high-speed machining management. The touchscreen interface provides access to machine information and programming functions while the control’s processing capabilities support complex machining programs.

The SGI.5 control technology is particularly important for complex 3D machining. It is designed to process continuous small blocks of NC data associated with contoured surfaces while maintaining smooth tool movement and high accuracy. This is especially relevant when machining molds, dies, cores, cavities, and other parts with complex surface geometry.

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MAKINO F5 PRO 6 – COOLANT / CHIP MANAGEMENT

Specification	Details
Coolant System	Standard coolant system
Coolant Tank	Rear-mounted
Coolant Tank Capacity	Approximately 160 liters
Coolant Flowrate	Approximately 80 L/min
Coolant Delivery	Nozzle coolant
Chip Management	Rear coolant tank with chip augers
Automatic Air Blow	Standard
Splash Guard	Fully enclosed
Spindle Cooling	Temperature-controlled system
Ballscrew Cooling	Core cooling and support-bearing cooling

Coolant and chip evacuation are important when the F5 Pro 6 is operated continuously at high cutting speeds. The machine incorporates a rear coolant tank with chip augers, nozzle coolant, automatic air blow, and an enclosed work zone to help control chips and coolant during machining.

The machine’s thermal-management systems extend beyond the coolant system. Core cooling for the ballscrews and temperature control for the spindle are intended to minimize thermal changes that could affect machining accuracy during long production cycles.

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MAKINO F5 PRO 6 – POWER REQUIREMENTS

Specification	Details
Standard Incoming Voltage	380–440 V
Electrical Phase	3 Phase
Frequency	50 / 60 Hz
Installation Capacity	Approximately 52 kVA
Air Supply Pressure	Approximately 0.5–0.8 MPa minimum
Air Consumption	Approximately 400 L/min
Electrical Configuration	Verify machine-specific build
Transformer	May be required depending on facility power

Published F5 specifications identify a standard 380–440 V, three-phase, 50/60 Hz electrical supply and approximately 52 kVA installation capacity. Because electrical requirements can vary by market and machine configuration, the exact 2022 machine’s electrical documentation should be checked before installation.

Compressed air is also important for the automatic tool changer, air blow, and other machine functions. The published specification calls for approximately 0.5–0.8 MPa minimum air pressure and approximately 400 L/min consumption.

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MAKINO F5 PRO 6 – DIMENSIONS

Specification	Details
Machine Height	Approximately 120.7 inches / 3,065 mm
Floor Space Width	Approximately 101 inches / 2,565 mm
Floor Space Depth	Approximately 123.8 inches / 3,145 mm
Machine Weight	Approximately 16,535 lbs / 7,500 kg
Machine Type	Industrial Vertical Machining Center
Installation	Requires suitable industrial floor and rigging

The F5 Pro 6 is a substantial industrial machine despite its relatively compact machining envelope. Published specifications give a machine height of approximately 3,065 mm, floor space of approximately 2,565 × 3,145 mm, and machine weight of approximately 7,500 kg.

When purchasing a used 2022 F5 Pro 6, buyers should verify the exact shipping dimensions and weight of the individual machine, particularly if it includes additional coolant equipment, filtration, chip-handling equipment, automation, or optional tooling systems.

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MAKINO F5 PRO 6 – GENERAL INFORMATION

Specification	Details
Manufacturer	MAKINO
Model	F5 PRO 6
Year	2022
Machine Type	Vertical Machining Center
Configuration	3-Axis
Primary Application	High-Speed / Precision Machining
X Travel	35.4 inches / 900 mm
Y Travel	19.7 inches / 500 mm
Z Travel	17.7 inches / 450 mm
Table Size	39.4 × 19.7 inches
Maximum Payload	2,204 lbs / 1,000 kg
Standard Spindle	20,000 RPM
Spindle Taper	HSK-A63
Tool Changer	30 ATC
Control	Makino Professional 6
Motion Control	SGI.5
Maximum Rapid Traverse	787 IPM
Machine Weight	Approximately 16,535 lbs

The MAKINO F5 PRO 6 – 2022 combines high-speed machining, precision feedback, rigid machine construction, advanced CNC control, and a relatively large work envelope. The configuration is particularly suited to manufacturers that require accurate machining of complex surfaces rather than simply high-volume conventional milling.

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INDUSTRIES THAT USE MAKINO F5 PRO 6

The die and mold industry is one of the primary applications for the F5 Pro 6. Makino specifically developed the machine for complex 3D contoured geometry associated with die and mold production. The combination of high spindle speed, SGI.5 motion control, scale feedback, and thermal-management technology is useful for machining cavities, cores, inserts, mold bases, and detailed contoured surfaces.

The medical manufacturing industry can also benefit from the F5 Pro 6’s precision-oriented design. Medical components can require tight dimensional control, fine surface finishes, small tools, and complex geometries. The machine’s high-speed spindle and precision feedback system are well suited to these requirements.

The aerospace industry can use this class of machining center for precision brackets, structural components, tooling, fixtures, housings, and complex aluminum or engineering-alloy components. The large work envelope and high-speed spindle allow manufacturers to balance material removal with detailed finishing operations.

The medical mold and tooling sector is another application where the F5 Pro 6 can be valuable. Mold components frequently contain small radii, complex surfaces, deep pockets, and fine details. SGI.5 is designed specifically to process the high-volume NC data associated with these types of toolpaths.

The graphite electrode industry can also take advantage of the F5 Pro 6. A documented 2022 F5 machine was configured as a high-speed graphite machining center with a 20,000 RPM spindle, Pro 6 control, HSK63 tooling, and a 30-tool ATC. This demonstrates a real-world 2022 configuration for graphite-related machining.

The precision job shop industry can use the F5 Pro 6 for varied production work where one machine must handle multiple part families. The automatic tool changer and high-speed spindle allow a shop to move between roughing, semi-finishing, finishing, drilling, tapping, and other operations within the same machining platform.

The electronics and precision equipment industry can also use the machine for components requiring accurate pockets, mounting surfaces, holes, slots, and complex profiles. Its precision control and relatively large table make it useful for fixtures and equipment components as well as production parts.

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TYPICAL PARTS MAKINO F5 PRO 6 CAN PRODUCE

Part Type	Typical Machining Applications
Injection Mold Components	Cavities, cores, inserts and mold plates
Die Components	Complex surfaces and precision features
Graphite Electrodes	High-speed graphite milling
Medical Components	Precision 3D components
Aerospace Components	Brackets, housings and structural parts
Precision Fixtures	Drilling, pocketing and contouring
Tooling Components	Milling, finishing and hole-making
Mold Inserts	High-speed 3D contour machining
Machine Components	Precision milling and drilling
Aluminum Components	High-speed roughing and finishing
Steel Components	Precision milling and hard machining
Hardened Tool Steel Parts	Hard milling and finishing
Small Complex Components	Fine-feature machining
Industrial Housings	Pocketing, drilling and contouring
Custom Job-Shop Parts	Multi-operation CNC machining

The F5 Pro 6’s high-speed spindle and motion-control technology make it particularly useful for parts containing complex surfaces and small details. It can combine roughing, semi-finishing, finishing, drilling, tapping, and other operations depending on the tooling and material being machined.

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WHY CHOOSE MAKINO F5 PRO 6

The high-speed 20,000 RPM spindle is one of the major reasons manufacturers choose the F5 Pro 6. It gives the machine the speed required for small cutters, fine features, detailed surfaces, and high-speed finishing while retaining a spindle design capable of lower-speed cutting operations.

The HSK-A63 spindle interface provides a rigid high-speed tooling connection suited to precision machining. HSK tooling is particularly useful in applications where toolholding stability and high-speed spindle operation are important.

The SGI.5 motion-control technology is another major feature. Makino designed the system for high-feedrate, tight-tolerance machining involving complex 3D contours and continuous small blocks of NC data. This makes the F5 Pro 6 particularly relevant to die, mold, medical, and other complex-surface machining applications.

The scale feedback system provides another layer of precision. Makino specifies 0.05-micron scale feedback as standard and positioning accuracy down to ±0.0015 mm with scale feedback under its published measurement conditions.

The thermal-management system is valuable for shops running extended machining cycles. Core-cooled ballscrews, cooled support bearings, spindle temperature control, and other thermal-control measures are intended to reduce dimensional changes caused by heat generation.

The large work envelope provides flexibility for a precision machine. The 900 × 500 × 450 mm axis travels and 1,000 × 500 mm table allow the machine to accommodate substantial components while still being optimized for high-speed detailed machining.

The Professional 6 control provides a modern operator interface compared with many older-generation CNC systems. Touchscreen operation, graphical information, data management, networking, and Makino-specific machining functions make the machine suitable for modern production environments.

Finally, the F5 Pro 6 combines these technologies into a machine specifically designed around precision, speed, and complex geometry. For manufacturers producing molds, dies, medical components, graphite electrodes, and other detailed parts, the machine’s architecture is oriented toward maintaining accuracy while machining demanding geometries.

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WHY BUY USED MAKINO F5 PRO 6

Buying a used MAKINO F5 PRO 6 – 2022 can provide manufacturers with access to a relatively recent high-performance machining platform without the same capital commitment associated with acquiring a new machine. Because the F5 Pro 6 was designed as a premium precision machining center, a properly maintained used machine can provide a substantial set of production capabilities.

The 2022 production year is particularly relevant for buyers looking for a modern machine with current-generation control and high-speed machining technology. A documented 2022 F5 machine has been publicly listed with the Professional 6 control, 20,000 RPM spindle, HSK63 tooling, and less than 900 hours, although hours and configuration vary from machine to machine.

The precision architecture is another reason to consider a used F5 Pro 6. Scale feedback, fine-pitch ballscrews, thermal-management systems, and rigid castings were incorporated into the design specifically to maintain machining accuracy.

The machine can also provide high-speed production capability. A 20,000 RPM spindle combined with rapid traverse and cutting feed rates of approximately 787 IPM allows the machine to move efficiently through complex toolpaths, particularly when working with appropriate small-diameter tooling.

The 30-tool automatic tool changer gives the machine practical flexibility for multi-operation jobs. Buyers can also encounter machines equipped with the optional 60-tool magazine, which can be especially useful for mold and die work requiring a large number of cutters.

Another advantage is the broad application range. The F5 Pro 6 can be used for die and mold machining, medical components, graphite electrodes, aerospace-related parts, precision fixtures, and general complex machining. This allows a job shop to use one machine for several categories of work.

When buying a used machine, however, the actual machine condition is more important than the model specification alone. Buyers should inspect spindle condition, axis accuracy, scale feedback, ballscrews, guideways, machine geometry, control operation, tool changer operation, coolant system, lubrication system, and electrical cabinet condition.

The machine’s actual configuration should also be documented. Buyers should verify the spindle RPM and taper, ATC capacity, graphite package if applicable, probing equipment, coolant configuration, chip management, software options, machine hours, maintenance records, and any previous service or rebuild work. These details can substantially affect the practical value of a used F5 Pro 6.

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HOW MUCH DOES A USED MAKINO F5 PRO 6 COST?

The price of a used MAKINO F5 PRO 6 – 2022 depends heavily on the machine’s condition, hours, spindle configuration, options, location, tooling, and included accessories. Publicly available listings are not sufficiently consistent to establish one universal market price for every 2022 F5 Pro 6, so the specific machine and equipment package should be evaluated individually.

One documented 2022 Makino F5 machine was publicly listed as a high-speed graphite machining center with a 20,000 RPM spindle, Makino Pro 6 control, HSK63 tooling, 30-tool ATC, and fewer than 900 hours. That listing demonstrates the type of configuration and usage history that can influence the value of an individual used machine.

The machine hours should be one of the first factors examined when comparing used F5 Pro 6 machines. Low spindle hours and low overall operating hours may indicate less usage, although hour meters alone should not replace a physical inspection and maintenance-history review.

The spindle configuration can also affect the machine’s value. The standard F5 Pro 6 configuration uses a 20,000 RPM HSK-A63 spindle, while Makino also offers a 30,000 RPM HSK-F63 option. Buyers should verify exactly which spindle is installed and evaluate spindle condition, runout, bearing noise, temperature behavior, and toolholding performance.

The tool changer configuration is another consideration. A standard 30-tool ATC provides substantial tooling capacity, while an optional 60-tool system may be more valuable to a shop running complex mold, die, or production programs. The condition and reliability of the ATC should also be tested rather than evaluating capacity alone.

The control and software package can influence the value of a used F5 Pro 6. Buyers should verify Professional 6 operation, touchscreen functionality, SGI.5 features, data storage, networking, program transfer, custom macros, and any specialized software options required for their production environment.

Included coolant, chip-management, probing, tooling, workholding, and automation equipment can also affect the overall purchase value. A machine sold with operational coolant equipment, chip augers, probing, toolholders, fixtures, and other accessories may provide a substantially different package from a bare machine.

Transportation and installation should be considered separately from the machine’s asking price. Published specifications place the F5 Pro 6 at approximately 7,500 kg, with a floor-space requirement of roughly 2,565 × 3,145 mm and a height of approximately 3,065 mm. Proper rigging, transportation, electrical installation, compressed air, coolant preparation, and machine leveling should all be planned before purchase.

For that reason, the best way to determine the cost of a specific used MAKINO F5 PRO 6 – 2022 is to compare the actual machine’s year, hours, spindle, control, ATC, options, maintenance history, inspection results, and included equipment. A seller should ideally provide detailed photographs, machine specifications, hours, serial information, current operating condition, and a list of included accessories so buyers can accurately evaluate the machine.