USED HARDINGE CHNC 111

The Hardinge CHNC 111 is a highly respected CNC turning center known for its precision, durability, and efficiency in high-volume production environments. Manufactured by Hardinge, one of the most recognized names in precision machining and turning technology, the CHNC 111 was designed specifically for shops requiring reliable chucking and bar work capabilities with excellent repeatability. Hardinge machines have long been associated with high-quality craftsmanship and tight-tolerance machining, making the CHNC 111 a popular choice in both new and used CNC machine markets.

The Hardinge CHNC 111 is a compact CNC lathe engineered for precision turning applications. It is commonly used for machining small to medium-sized components that require exceptional dimensional accuracy and smooth surface finishes. The machine is particularly well-suited for industries where precision and repeatability are critical, including aerospace, medical manufacturing, electronics, automotive, defense, and toolmaking industries. Because of its rigid construction and efficient spindle design, the CHNC 111 performs exceptionally well during long production runs and high-speed turning operations.

This CNC turning center typically features a gang-tool configuration or turret tooling setup depending on the machine specification, allowing for rapid tool changes and improved cycle times. The machine is known for its compact footprint, making it ideal for shops with limited floor space while still delivering impressive production capabilities. Most used Hardinge CHNC 111 machines are equipped with Fanuc CNC controls, providing operators with a reliable and user-friendly programming environment that is widely supported throughout the machining industry.

The machine offers excellent spindle speeds and precise axis movements, allowing manufacturers to produce intricate turned components efficiently. Its high-precision spindle bearings and robust casting design help minimize vibration during machining, improving overall part quality and extending tool life. The CHNC 111 is commonly used for producing bushings, fittings, shafts, pins, connectors, hydraulic components, medical instruments, and precision aerospace parts.

One of the major reasons the Hardinge CHNC 111 remains popular in the used CNC machine market is its reputation for long-term reliability and low maintenance requirements. Many machine shops prefer used Hardinge CNC lathes because they continue delivering excellent performance decades after their original production date. Replacement parts, tooling compatibility, and widespread service support further contribute to the machine’s value retention in the secondary market. Buyers seeking affordable precision turning equipment often consider the Hardinge CHNC 111 an outstanding investment for both job shop and production machining operations.

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HARDINGE CHNC 111 – AXIS

AXIS SPECIFICATIONS	DETAILS
Number of Axes	2 Axis CNC Turning
X-Axis Travel	Approx. 6 in
Z-Axis Travel	Approx. 12 in
Rapid Traverse Rate	Approx. 400 IPM
Axis Drive Type	Precision Servo Driven
Positioning Accuracy	High Precision CNC Positioning
Repeatability	Approx. ±0.0002 in

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HARDINGE CHNC 111 – AXIS TRAVELS / WORK ENVELOPE

WORK ENVELOPE	DETAILS
Maximum Turning Diameter	Approx. 11 in
Maximum Turning Length	Approx. 12 in
Swing Over Bed	Approx. 16 in
Bar Capacity	Approx. 1.25 in
Chuck Size	5C Collet / Hydraulic Chuck
Workholding Type	Collet Ready

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HARDINGE CHNC 111 – CAPACITY / TABLE

CAPACITY SPECIFICATIONS	DETAILS
Maximum Part Weight	Approx. 40 lbs
Production Type	Precision Turning
Machine Construction	Heavy Cast Iron Base
Machine Layout	Compact CNC Lathe Design
Material Capability	Steel, Aluminum, Brass, Titanium, Plastics

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HARDINGE CHNC 111 – SPINDLE

SPINDLE SPECIFICATIONS	DETAILS
Spindle Speed	Approx. 6,000 RPM
Spindle Motor	Approx. 10 HP
Spindle Nose	Precision Collet Nose
Bearing Type	High Precision Bearings
Spindle Orientation	CNC Controlled
Drive System	Belt Driven Precision Spindle

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HARDINGE CHNC 111 – TOOL CHANGER

TOOLING SPECIFICATIONS	DETAILS
Tooling Type	Gang Tool / Turret
Number of Tool Stations	Approx. 8 Positions
Tool Change Method	CNC Indexed
Tool Offset Capability	Yes
Live Tooling	Optional on Some Models

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HARDINGE CHNC 111 – CONTROL SYSTEM

CONTROL INFORMATION	DETAILS
CNC Control	Fanuc CNC Control
Programming Type	G-Code Programming
Display Type	CRT / LCD Depending on Retrofit
Memory Capacity	Standard CNC Memory
Interface Options	RS232 / DNC Connectivity
Conversational Programming	Optional

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HARDINGE CHNC 111 – COOLANT / DUST / WATER MANAGEMENT

COOLANT SYSTEM	DETAILS
Coolant Type	Flood Coolant
Coolant Pump	Integrated
Chip Removal	Manual / Optional Conveyor
Enclosure Type	Full Splash Guard
Filtration System	Standard Coolant Filtration

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HARDINGE CHNC 111 – POWER REQUIREMENTS

POWER SPECIFICATIONS	DETAILS
Voltage	220V / 440V
Phase	3 Phase
Power Consumption	Approx. 20 kVA
Air Requirement	Standard Shop Air
Hydraulic System	Integrated Hydraulic Unit

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HARDINGE CHNC 111 – DIMENSIONS

MACHINE DIMENSIONS	DETAILS
Machine Length	Approx. 80 in
Machine Width	Approx. 60 in
Machine Height	Approx. 70 in
Machine Weight	Approx. 5,000 lbs
Floor Space Requirement	Compact Shop Footprint

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HARDINGE CHNC 111 – GENERAL INFORMATION

GENERAL INFORMATION	DETAILS
Machine Type	CNC Turning Center
Manufacturer	Hardinge
Primary Application	Precision Turning
Typical Industries	Aerospace, Medical, Automotive
Machine Category	Production CNC Lathe
Used Market Demand	High
Serviceability	Excellent
Reliability	Industry Proven

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INDUSTRIES THAT USE HARDINGE CHNC 111

The Hardinge CHNC 111 is widely used across multiple manufacturing industries that require precision turned components and repeatable machining processes. One of the largest industries utilizing this machine is the aerospace industry, where precision shafts, bushings, connectors, and hydraulic fittings must meet extremely tight tolerances. Aerospace manufacturers value the Hardinge platform because of its excellent spindle stability and repeatable accuracy during long production cycles.

Medical device manufacturers also frequently use the Hardinge CHNC 111 for producing surgical instruments, implant components, dental hardware, and miniature precision parts. The machine’s ability to maintain fine surface finishes and precise dimensions makes it highly suitable for medical manufacturing applications where quality standards are exceptionally strict.

In the automotive sector, the CHNC 111 is commonly used for producing transmission parts, fuel system components, brake fittings, and sensor housings. High production efficiency and reliable operation allow manufacturers to maintain consistent output while reducing downtime.

Electronics manufacturers utilize the Hardinge CHNC 111 for machining connectors, small housings, precision fasteners, and communication components. Tool and die shops also benefit from the machine’s versatility for creating custom prototypes and precision tooling parts.

Defense contractors and military suppliers often rely on Hardinge CNC turning centers for producing durable, high-precision components used in weapon systems, communications equipment, and aerospace assemblies. The machine’s compact size and dependable construction make it suitable for both large production facilities and smaller job shop environments.

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TYPICAL PARTS HARDINGE CHNC 111 CAN PRODUCE

The Hardinge CHNC 111 is capable of producing a wide variety of precision turned components across many manufacturing sectors. Typical parts produced on this machine include bushings, pins, shafts, spacers, couplings, fittings, threaded components, and bearing housings. The machine is especially effective for small to medium-sized cylindrical parts requiring high dimensional consistency.

Medical manufacturers often use the machine to produce surgical instruments, implant hardware, orthopedic components, and dental fittings. Aerospace companies commonly manufacture hydraulic connectors, valve bodies, fuel system components, and aircraft fasteners using the CHNC 111.

Automotive suppliers use the machine for producing brake fittings, transmission shafts, injector components, and precision sensor housings. Electronics manufacturers rely on the machine for small connector bodies, communication hardware, and custom machined electrical components.

The machine is also ideal for producing custom prototype parts and short-run production components in job shop environments. Because of its precision spindle and reliable CNC control system, the Hardinge CHNC 111 can maintain tight tolerances on difficult materials including stainless steel, titanium, brass, aluminum, and engineering plastics.

Its flexible tooling configuration allows shops to reduce setup times while maintaining high productivity. This combination of versatility, precision, and reliability is one reason the Hardinge CHNC 111 continues to remain highly desirable in the used CNC machine marketplace.

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WHY CHOOSE HARDINGE CHNC 111

The Hardinge CHNC 111 remains one of the most trusted CNC turning centers for manufacturers seeking dependable precision machining performance at an affordable price point. One of the biggest advantages of this machine is its reputation for long-term reliability. Hardinge machines are known throughout the machining industry for robust construction, accurate spindle systems, and durable CNC components that continue operating efficiently for many years.

Another major reason manufacturers choose the Hardinge CHNC 111 is its compact footprint combined with impressive machining capabilities. Small and mid-sized machine shops can maximize floor space while still achieving high production output and excellent part quality. The machine’s rigid cast iron structure helps reduce vibration and maintain consistent cutting performance during demanding turning operations.

The Fanuc CNC control commonly installed on the CHNC 111 is another major advantage. Fanuc controls are widely supported, easy to program, and familiar to many CNC operators, reducing training requirements and simplifying maintenance. Replacement parts and technical support for Fanuc-equipped machines are also readily available.

Used Hardinge CHNC 111 machines provide exceptional value because buyers can obtain precision CNC turning capabilities at a significantly lower cost compared to purchasing new equipment. Many used units remain highly productive even after years of service due to Hardinge’s strong engineering and manufacturing standards.

The machine is suitable for both high-volume production and custom job shop applications, giving manufacturers flexibility across multiple industries. Shops looking for precision, repeatability, compact design, and long-term reliability often consider the Hardinge CHNC 111 an excellent investment in the used CNC machine market.

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WHY BUY USED HARDINGE CHNC 111

Purchasing a used Hardinge CHNC 111 offers manufacturers an opportunity to acquire a highly respected CNC turning center at a substantially reduced investment cost compared to buying new equipment. Many machine shops, production facilities, and manufacturing companies choose used Hardinge CNC machines because they provide proven reliability, precision performance, and long service life while minimizing capital expenditures.

One of the primary reasons buyers seek used Hardinge CHNC 111 machines is the reputation Hardinge has built for producing durable and accurate turning equipment. Hardinge CNC lathes are engineered with heavy-duty cast iron construction, precision spindle systems, and dependable axis drives that continue delivering accurate machining performance even after years of operation. This long-term durability makes the used market especially attractive for companies seeking dependable machining equipment without the financial burden of purchasing a brand-new CNC lathe.

Another significant advantage of buying a used Hardinge CHNC 111 is the lower depreciation rate. New CNC machinery typically experiences substantial depreciation during the first several years of ownership. Purchasing a used machine allows buyers to avoid this initial depreciation while still obtaining a machine capable of high-precision production work. Many used CHNC 111 machines remain in excellent condition because they were originally operated in clean production environments with routine maintenance schedules.

The Hardinge CHNC 111 is also popular because of its compact footprint and efficient production capabilities. Small and medium-sized shops often need high-performance CNC equipment without sacrificing valuable floor space. The CHNC 111 provides an excellent balance between production efficiency and compact machine design, making it ideal for crowded manufacturing facilities.

Another important consideration is parts and service support. Many used Hardinge machines utilize Fanuc CNC controls, which remain widely supported throughout the CNC industry. Operators, programmers, and maintenance technicians are already familiar with Fanuc systems, helping reduce training time and simplifying troubleshooting procedures. Replacement parts, tooling accessories, and service technicians are generally easy to locate, which helps minimize downtime.

Used Hardinge CHNC 111 machines are also highly versatile. They can handle both short-run custom machining and long production runs with excellent repeatability. Shops producing aerospace components, medical parts, hydraulic fittings, automotive components, and precision turned products often find the machine highly adaptable to changing production requirements.

For companies looking to increase machining capacity without exceeding equipment budgets, the used Hardinge CHNC 111 remains one of the most cost-effective and dependable CNC turning centers available in the used machinery market.

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HOW MUCH DOES A USED HARDINGE CHNC 111 COST?

The cost of a used Hardinge CHNC 111 can vary significantly depending on several important factors including machine age, condition, maintenance history, tooling package, CNC control version, spindle hours, and included accessories. In the used CNC machine market, buyers can typically expect pricing to range from approximately $8,000 to $35,000 depending on the machine configuration and overall condition.

Older machines that require repairs, retrofits, or cosmetic improvements are generally found at the lower end of the price range. Machines that have high operating hours or outdated controls may also sell at discounted prices. However, even older Hardinge CHNC 111 machines often remain productive because of the machine’s strong mechanical construction and long-term reliability.

Well-maintained machines equipped with upgraded Fanuc controls, bar feeders, tooling packages, hydraulic chucks, collet systems, chip conveyors, and additional accessories will command higher prices in the marketplace. Machines that have recently undergone refurbishment or preventative maintenance programs may also sell at premium values due to reduced risk for the buyer.

Another major factor influencing used CNC machine pricing is machine location and market demand. Machines located in active manufacturing regions often sell quickly due to strong demand for compact precision CNC lathes. Shipping costs, rigging requirements, and installation expenses should also be considered when budgeting for a used Hardinge CHNC 111 purchase.

Buyers should carefully inspect spindle condition, axis backlash, lubrication systems, hydraulic systems, and CNC control functionality before purchasing any used machine. Reviewing maintenance records and operational history can help determine overall machine condition and expected future reliability.

Many buyers choose used Hardinge machines because they provide exceptional machining value compared to purchasing newer CNC equipment. The machine’s strong reputation for accuracy and durability helps maintain resale value over time, making it an attractive long-term investment for machine shops and manufacturers.

USED HARDINGE CHNC 111 PRICE RANGE	ESTIMATED COST
Older As-Is Machines	$8,000 – $15,000
Standard Used Production Machines	$15,000 – $25,000
Well-Maintained / Tooled Machines	$25,000 – $35,000
Refurbished or Upgraded Machines	$35,000+