USED HAAS GR-510 – 2020

The HAAS GR-510 is a large-format CNC gantry router and machining center engineered for manufacturers that require extensive machining travels, high productivity, and the flexibility to machine oversized components. Manufactured by Haas Automation, one of the most recognized CNC machine tool builders in the world, the GR-510 combines the benefits of a large gantry-style machine with the simplicity, reliability, and user-friendly operation that Haas machines are known for. The machine is widely used across aerospace, composite manufacturing, transportation, sign making, plastics processing, marine, and industrial fabrication industries where large workpieces must be machined accurately and efficiently.

The GR-510 was specifically developed to bridge the gap between traditional machining centers and dedicated large-format routing systems. With its expansive machining envelope and open gantry design, the machine allows manufacturers to process large sheets, panels, molds, fixtures, and fabricated assemblies that would be impossible to machine on conventional vertical machining centers. The large table size and extended axis travels enable operators to complete large components in a single setup, reducing handling, minimizing errors, and improving productivity.

One of the defining characteristics of the HAAS GR-510 is its versatility. The machine can perform routing, drilling, milling, engraving, trimming, contouring, and light machining operations on a wide variety of materials including aluminum, plastics, composites, wood, foam, fiberglass, and non-ferrous metals. This flexibility allows manufacturers to utilize the machine across multiple departments and production applications.

The 2020 model benefits from modern Haas control technology, improved servo systems, enhanced networking capabilities, and compatibility with a variety of productivity-enhancing options. Manufacturers can integrate probing systems, rotary tables, vacuum workholding, dust collection systems, and automation solutions to further expand machine capabilities.

Industries ranging from aerospace and transportation to signage and industrial manufacturing rely on the GR-510 to produce large precision components efficiently. Its combination of large machining capacity, dependable performance, and relatively low operating costs has made it one of the most popular large-format CNC routers available.

In the used CNC market, the 2020 HAAS GR-510 remains highly desirable because it offers modern CNC technology, excellent machining capacity, and lower acquisition costs compared to purchasing a new machine. For manufacturers seeking large-format machining capabilities with proven reliability, the GR-510 represents an outstanding investment.

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HAAS GR-510 – AXIS

Specification	Details
Number of Axes	3
Optional Rotary Axes	4th & 5th Axis Compatible
Machine Configuration	Gantry Router / Machining Center
Guideway Type	Linear Roller Guideways
Drive System	Digital Servo Drives

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HAAS GR-510 – AXIS TRAVELS / WORK ENVELOPE

Specification	Details
X-Axis Travel	3,251 mm (128″)
Y-Axis Travel	1,549 mm (61″)
Z-Axis Travel	279 mm (11″)
Maximum Cutting Area	3,251 x 1,549 mm
Gantry Clearance	Approx. 305 mm (12″)

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HAAS GR-510 – CAPACITY / TABLE

Specification	Details
Table Length	3,658 mm (144″)
Table Width	1,524 mm (60″)
Table Type	T-Slot Table
Maximum Table Load	2,268 kg (5,000 lbs)
Workpiece Capacity	Large Panels, Fixtures & Assemblies

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HAAS GR-510 – SPINDLE

Specification	Details
Spindle Speed	8,100 RPM
Spindle Taper	CAT 40
Spindle Motor	22.4 kW (30 HP)
Spindle Type	Inline Direct Drive
Through-Spindle Coolant	Optional

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HAAS GR-510 – TOOL CHANGER

Specification	Details
Tool Capacity	20 Tools
Tool Selection	Carousel Type
Maximum Tool Diameter	89 mm
Maximum Tool Length	406 mm
Maximum Tool Weight	5.4 kg

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HAAS GR-510 – CONTROL SYSTEM

Specification	Details
CNC Control	Haas Next Generation Control
Programming	G-Code
Ethernet Connectivity	Standard
USB Interface	Standard
Remote Monitoring	Available

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HAAS GR-510 – COOLANT / DUST / WATER MANAGEMENT

Specification	Details
Coolant System	Flood Coolant
Dust Collection Compatibility	Yes
Chip Management	Optional Conveyor
Coolant Tank Capacity	Approx. 300 Liters
Machine Design	Open Gantry Configuration

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HAAS GR-510 – POWER REQUIREMENTS

Specification	Details
Voltage	220V / 380V / 480V
Phase	3 Phase
Frequency	50/60 Hz
Connected Load	Approx. 40 kVA

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HAAS GR-510 – DIMENSIONS

Specification	Details
Length	Approx. 5,300 mm
Width	Approx. 3,300 mm
Height	Approx. 3,000 mm
Machine Weight	Approx. 8,700 kg (19,200 lbs)

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HAAS GR-510 – GENERAL INFORMATION

Specification	Details
Manufacturer	Haas Automation
Model	GR-510
Year	2020
Machine Type	Gantry Router / CNC Machining Center
Country of Manufacture	USA
Primary Function	Large-Format CNC Machining

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INDUSTRIES THAT USE HAAS GR-510

The HAAS GR-510 serves a wide range of industries that require machining of large components, panels, molds, and fabricated structures. Aerospace manufacturers frequently utilize the machine to produce aircraft interior panels, tooling fixtures, composite molds, aluminum structures, and prototype components. The machine’s large work envelope allows oversized parts to be machined efficiently while maintaining accuracy and repeatability.

Composite manufacturing companies rely on the GR-510 for trimming carbon fiber components, machining fiberglass structures, producing tooling boards, and manufacturing aerospace and marine molds. The machine’s routing capabilities make it especially effective for non-metallic materials.

Sign manufacturing businesses use the GR-510 to create large architectural signage, dimensional lettering, decorative panels, display systems, and custom branding products. Plastics manufacturers utilize the machine for machining large sheets, vacuum forming molds, fixtures, and production tooling.

Additional industries include marine manufacturing, transportation equipment production, industrial fabrication, woodworking, automation equipment manufacturing, and general engineering. The machine’s versatility allows manufacturers to process a broad range of materials while maintaining high productivity levels.

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TYPICAL PARTS HAAS GR-510 CAN PRODUCE

The HAAS GR-510 is capable of producing numerous large-format components across multiple industries. Aerospace applications include aircraft interior structures, composite panels, tooling fixtures, aluminum assemblies, and prototype components. The machine’s large travels make it ideal for machining long and oversized aerospace parts.

Composite manufacturers commonly produce carbon fiber molds, fiberglass tooling, trimming fixtures, composite panels, and aerospace tooling. Marine manufacturers use the machine for deck panels, molds, interior structures, and composite assemblies.

Sign manufacturers frequently machine dimensional letters, signage panels, display structures, decorative elements, and architectural products. Plastics companies use the machine for vacuum forming molds, sheet processing, fixtures, templates, and production tooling.

Additional applications include industrial machine guards, aluminum fabrication projects, robotic structures, transportation components, woodworking products, foam tooling, and custom-engineered fabrication projects. The machine’s flexibility allows manufacturers to adapt it to numerous production requirements.

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WHY CHOOSE HAAS GR-510

The HAAS GR-510 offers an outstanding combination of machining capacity, ease of operation, and cost-effective productivity. One of its biggest advantages is the large work envelope, which enables manufacturers to machine oversized components without requiring multiple setups or repositioning operations. This improves efficiency and helps maintain dimensional accuracy.

The machine’s open gantry design provides excellent access to the work area, making loading and unloading large workpieces significantly easier. This accessibility is particularly valuable when machining large panels, molds, and fabricated assemblies.

The Haas Next Generation Control is another major advantage. The control system offers intuitive programming, modern networking features, remote monitoring capabilities, and straightforward machine operation. These features help reduce operator training requirements while improving machine utilization.

The machine’s ability to process aluminum, composites, plastics, foam, wood, and non-ferrous materials further enhances its versatility. Manufacturers can utilize the machine for multiple applications without investing in specialized equipment.

For companies seeking dependable large-format machining capability combined with modern CNC technology, the HAAS GR-510 remains one of the most attractive options available.

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WHY BUY USED HAAS GR-510

Purchasing a used HAAS GR-510 allows manufacturers to acquire a modern large-format CNC machine at a significantly lower cost than purchasing new equipment. This cost advantage makes the machine particularly appealing for companies seeking to expand production capabilities while managing capital expenditures.

One of the primary benefits of purchasing a used 2020 model is access to modern technology. Buyers gain the advantages of the Haas Next Generation Control, advanced servo systems, improved connectivity, and contemporary CNC functionality while avoiding the premium cost associated with new machinery.

The machine’s reputation for reliability and ease of maintenance also contributes to its popularity in the used market. Haas machines are supported by extensive parts availability and a large service network, helping minimize downtime and maintenance concerns.

Many used machines include valuable options such as probing systems, rotary tables, vacuum workholding systems, tooling packages, dust collection interfaces, and software enhancements. Purchasing these features as part of a used machine package can provide substantial savings.

Another significant benefit is immediate availability. New large-format CNC routers often involve extended delivery schedules, while used machines can frequently be installed and operational much sooner. This enables manufacturers to quickly respond to customer demands and production requirements.

For businesses seeking modern large-format machining capability with strong value and dependable performance, a used HAAS GR-510 represents an excellent investment opportunity.

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HOW MUCH DOES A USED HAAS GR-510 COST?

The value of a used HAAS GR-510 depends on several factors including machine condition, operating hours, maintenance history, installed options, tooling packages, and overall configuration. Because the 2020 model incorporates modern control technology and relatively recent manufacturing, it typically commands stronger resale values than older machines.

Machines with lower spindle hours and documented service records generally achieve higher prices. Buyers often evaluate spindle condition, axis accuracy, machine maintenance history, and overall operational performance when determining value.

Installed options can significantly affect market pricing. Features such as rotary tables, probing systems, vacuum workholding, upgraded software packages, dust collection systems, additional tooling, and automation interfaces can increase machine value considerably.

Demand remains strong among aerospace manufacturers, sign makers, composite fabricators, plastics processors, and industrial machining companies. The machine’s versatility and large-format capabilities continue to make it attractive to a broad range of industries.

As a general guideline, a used 2020 HAAS GR-510 typically sells within a range of approximately $90,000 to $180,000, depending on machine condition, spindle hours, installed options, tooling packages, and overall configuration. Machines with extensive accessories and exceptional maintenance histories may command premium pricing.

In addition to the purchase price, buyers should consider transportation, rigging, installation, tooling, training, and commissioning expenses. Even after accounting for these costs, a used HAAS GR-510 often delivers exceptional value by providing modern large-format CNC machining capability at a substantially lower investment than purchasing a comparable new machine.