USED MAZAK FH-680 1996

The MAZAK FH-680 1996 is a heavy-duty CNC horizontal machining center designed for production machining of medium and large industrial components. Manufactured by Mazak, the FH-680 belongs to the company’s FH series of horizontal machining centers and was developed for applications requiring substantial workholding capacity, rigid cutting performance, and efficient multi-sided machining.

The horizontal configuration allows chips to fall away from the cutting area naturally, making the machine particularly useful for heavy milling and high-volume production. The FH-680 can perform operations such as face milling, pocketing, drilling, boring, tapping, reaming, and contour machining, often allowing multiple faces of a component to be machined in a single setup.

A typical FH-680 uses a large work pallet, horizontal spindle, automatic tool changer, and CNC-controlled rotary positioning. Depending on the exact 1996 configuration, spindle speed, tool capacity, pallet arrangement, CNC control, coolant system, and other specifications can vary.

MAZAK FH-680 1996 – AXIS

The large axis travels provide the FH-680 with a substantial machining envelope for medium and large components.

MAZAK FH-680 1996 – PALLET

The rotary pallet system allows components to be positioned for machining on multiple sides, reducing the number of manual setups required.

MAZAK FH-680 1996 – SPINDLE

The heavy-duty horizontal spindle is designed to provide the rigidity required for milling, boring, drilling, and other production operations.

MAZAK FH-680 1996 – AUTOMATIC TOOL CHANGER

The automatic tool changer permits multiple cutting tools to remain available during a machining program and helps reduce manual intervention.

MAZAK FH-680 1996 – CONTROL SYSTEM

Depending on the individual 1996 machine, the control system and software configuration can vary. The actual CNC control should be confirmed from the machine identification plate and control cabinet.

MAZAK FH-680 1996 – COOLANT & CHIP MANAGEMENT

The horizontal spindle arrangement helps chips fall away from the cutting zone, while a chip conveyor can further improve production efficiency.

MAZAK FH-680 1996 – MACHINE CONSTRUCTION

The rigid construction and horizontal spindle arrangement make the FH-680 suitable for demanding milling and boring applications.

MAZAK FH-680 1996 – GENERAL INFORMATION

Specifications can vary according to the exact FH-680 configuration, control system, spindle package, pallet changer, tooling system, and installed options. The individual machine should be verified using its serial number and documentation.

INDUSTRIES THAT USE MAZAK FH-680 1996

The MAZAK FH-680 1996 can be used across many manufacturing sectors, including:

• Automotive
• Aerospace
• Heavy Equipment
• Industrial Machinery
• Energy
• Oil & Gas
• Defense
• Mining
• Hydraulic Equipment
• General Manufacturing
• Precision Engineering
• Job Shops

Its horizontal configuration is particularly useful for manufacturers producing components requiring machining on multiple sides.

TYPICAL PARTS MAZAK FH-680 1996 CAN PRODUCE

The machine can produce:

• Gearbox Housings
• Pump Housings
• Valve Bodies
• Engine Components
• Transmission Components
• Industrial Housings
• Machine Components
• Fixtures
• Large Brackets
• Hydraulic Components
• Heavy Equipment Parts
• Precision Mechanical Components

Typical operations include face milling, pocket milling, drilling, boring, tapping, reaming, contouring, slotting, chamfering, and multi-sided machining.

WHY CHOOSE MAZAK FH-680 1996

The MAZAK FH-680 1996 is a strong option for shops that need a large-capacity horizontal machining center capable of handling substantial workpieces and demanding cutting operations.

The horizontal spindle arrangement offers excellent chip evacuation and allows components to be machined on multiple faces using the rotary B axis. This can reduce the number of setups and improve consistency between machined surfaces.

The machine’s large work envelope and heavy-duty construction make it particularly suitable for industrial components where rigidity and machining capacity are more important than compact footprint.

WHY BUY USED MAZAK FH-680 1996

Buying a used MAZAK FH-680 1996 can be an economical way to add horizontal machining capability to a manufacturing operation.

Although it is an older machine, a well-maintained FH-680 can remain useful for production, repair work, large-part machining, and general industrial applications. Its substantial work envelope and rigid construction can provide capabilities that may be expensive to obtain with a newer compact machining center.

Before purchasing a used FH-680, buyers should pay close attention to the spindle, spindle bearings, ballscrews, guideways, rotary B axis, pallet changer, automatic tool changer, CNC control, hydraulic system, coolant system, chip conveyor, lubrication system, electrical cabinet, and machine geometry.

A complete test should include spindle operation at multiple speeds, axis movement, B-axis indexing, pallet changing, automatic tool changes, coolant operation, and a test cut to verify accuracy and repeatability.

HOW MUCH DOES A USED MAZAK FH-680 1996 COST?

The price of a used MAZAK FH-680 1996 depends heavily on machine condition, CNC control, spindle condition, pallet configuration, tool capacity, rotary-axis accuracy, maintenance history, tooling, and included accessories.

A typical used machine may fall within the $20,000 to $45,000 USD range, although actual market value can vary significantly based on condition, location, configuration, and included equipment.

Machines with a well-maintained spindle, accurate B axis, automatic pallet changer, chip conveyor, extensive tooling, documented maintenance, and good CNC control condition can command higher prices.

When evaluating the final purchase price, buyers should carefully inspect the spindle bearings, ballscrews, guideways, B-axis positioning, pallet changer, automatic tool changer, CNC control, hydraulic system, coolant system, chip conveyor, electrical components, tooling, and overall machine accuracy.