Exapro presents a remarkable range of used heavy-duty lathes, versatile machines of high durability and precision, catering to budgets between €29,000 and €119,000. Designed for handling large-scale operations, these lathes find usage across various sectors like manufacturing, shipbuilding, power generation, heavy machinery construction, oil and gas, metal-working shops, and the railway industry. Their prime advantage lies in their ability to handle large, weighty workpieces, and execute diverse machining operations such as turning, boring, threading, and facing with precision. When assessing these machines, one should consider key parameters like swing over bed and cross slide, distance between centers, spindle bore and speed, the power of the main drive, tool turret capacity, types of control, and machine weight. Renowned manufacturers of heavy-duty lathes include Haas Automation, Mazak, Doosan Machine Tools, Okuma, Mori Seiki, Gildemeister, Toshiba Machine, and SMTCL. At Exapro, we're dedicated to delivering quality, reliability, and excellent customer service, aiding you in selecting the machine that best fits your needs and budget.

Škoda S2500 heavy duty lathe

Year: 1952

Length between centers 25000 mm
Max workpiece weight 70000 kg
Spindle motor power 80 kW
Ø above the bed 1800 mm
Turning speed 91 rpm
Overhauled yes

FUM Poręba TR90x6000 heavy duty lathe

Year: 1952

Max. turning diameter 900 mm
Ø above the bed 900 mm
Overhauled no
Turning length 6000 mm
Ø above transversing slide 570 mm
Tailstock no

Used Warner & Swasey 4A-M1500

Year: 1956

24.5" Bison 3 Jaw Chuck 6 Station Turret Tool Post on Cross Slide Lever Head All Available Tooling All Available Manuals Specifications Manufacturer Warner & Swasey Model 4A-M1500 Year 1956 Condition Used Stock Number 112002 Quantity 1

Zerbst DXP 5 heavy duty lathe

Year: 1959

Max. turning diameter 3500 mm
Ø above the bed 3520 mm
Max workpiece weight 80000 kg
Turning length 15000 mm
Ø above transversing slide 2440 mm
Turning speed 50 rpm

OSAN Praha SIU 400X30000-CNC heavy duty lathe

Year: 1960

Length between centers 30000 mm
Max workpiece weight 160000 kg
Overhauled yes
Ø above the bed 4000 mm
Turning speed 80 rpm
Year of overhauling 2006

SKODA SRM 100х8000 heavy duty lathe

Year: 1962

Length between centers 8000 mm
Turning length 8000 mm
Ø above the bed 1536 mm
Max. turning diameter 1536 mm
Center height 768 mm
Spindle motor power 5.5 kW

Dimitrov 1580L Heavy Duty Lathe

Year: 1963

Overhauled no
Steady no
Tailstock no

WMW Karl Marx Stadt DLZ 1000IIx6300 heavy duty lathe

Year: 1963

Length between centers 6300 mm
Ø above the bed 1180 mm
Spindle bore 90 mm
Turning length 6300 mm
Ø above transversing slide 860 mm
Overhauled no

Martin DS 80 heavy duty lathe

Year: 1965

Length between centers 3500 mm
Spindle bore 95 mm
Spindle motor power 15 kW
Ø above the bed 810 mm
Turning speed 1120 rpm
Overhauled no


15" x 40" Sheldon Toolroom Lathe, 3-Jaw & 4-Jaw Chuck, Threading, Tooling

Year: 1970

15" Sheldon Toolroom Engine Lathe with 2" Hole, IN/MM Threading, Face-plate, Steady Rest, 3 and 4-jaw chuck, tooling Model: R-15 Swing: 15″ Distance between centers: 42″ Threading YES Spindle Hole 2.25" Spindle Speeds 8 Spindle Range 45 to 1,250 RPM Equipped With: Threading IN/MM Threading Dial 3-Jaw Chuck 4-Jaw Chuck Steady Rest Tailstock Misc. Tooling

VDF-BOEHRINGER V 800 x 6000 center lathe

Year: 1971

Length between centers 6000 mm
Turning length 6000 mm
Ø above transversing slide 500 mm
Max. turning diameter 800 mm
Ø above the bed 800 mm
Overhauled no

Clovis 50x6000 heavy duty lathe

Year: 1971

Length between centers 6000 mm
Ø above transversing slide 910 mm
Max workpiece weight 20000 kg
Ø above the bed 1290 mm
Diameter in the gap 1580 mm
Spindle bore 155 mm

25" x 120" cc, SUMMIT, inch/mm, gap, 3J, SR, TA, TP, coolant, 1X DRO, 15 HP

Year: 1972

SPECIFICATIONS: Swing over bed 25-1/2" Swing over cross slide 15-3/4" Swing over gap 35-7/16" Length of gap 17-1/4" Distance between centers 120" Spindle nose L2 Spindle bore 3-1/8" Number of spindle speeds 12 Range of spindle speeds 12 to 1280 rpm Inch threads--range (72) 1/4 to 56 tpi Metric threads--range (65) .5 to 112 mm Cross slide travel 16-1/4" Tailstock …

Turning and Boring Lathe 1550

Year: 1972

Overhauled no
Steady no
Tailstock no

Waldrich WSDB 1600-20x5000 vertical turret lathe

Year: 1972

Max. turning diameter 1600 mm
Overhauled no
Steady no
Turning length 5000 mm
Tailstock no

Used Boehringer F48 heavy duty lathe

Year: 1974

Overhauled no
Steady no
Tailstock no

Краматорск 1А665 heavy duty lathe

Year: 1975

Length between centers 6300 mm
Turning length  mm
Ø above the bed 1600 mm
Max. turning diameter 1600 mm
Center height 850 mm
Ø above transversing slide 1250 mm

Karats L-20H heavy duty lathe

Year: 1976

Length between centers 10500 mm
Max workpiece weight 70000 kg
Year of overhauling 2012
Max. turning diameter 2000 mm
Overhauled yes
Tailstock yes

HEAVY DUTY LATHE KRAMATORSK 1A665

Year: 1977

Length between centers 12000 mm
Center height 1000 mm
Tailstock no
Max. turning diameter 1840 mm
Overhauled no
Steady no


Introducing Our Range of Heavy-Duty Lathes: The Heart of Any Metal-Pressing or Forging Process

Whether you're working with car parts, shipbuilding, power generation, or any sector that demands heavy metal processing, the lathe plays a crucial part in shaping and forming metal. At Exapro, we are proud to offer a broad selection of pre-owned heavy-duty lathes that will surely meet and exceed your specific industry needs.

What is a Heavy-Duty Lathe?

The heavy-duty lathe, often described as the workhorse of the machine shop, is designed to perform large scale metal removal and forming tasks. Characterised by its robust design and massive construction, it's engineered to manage substantial workpieces, often in excess of several tons.

These formidable machines excel in processes such as turning, facing, taper turning, and threading. They are a vital cog in the gearwheel of metal pressing and forging, where strength, precision, and speed are paramount.

Our Range of Heavy-Duty Lathes

At Exapro, we pride ourselves on providing a wide array of high-quality, used heavy-duty lathes from the world's most respected manufacturers. Every piece of machinery we sell has been thoroughly inspected and tested to ensure it meets our rigorous standards of quality and reliability.

Our inventory features lathes from the industry’s leading brands like Mazak, Haas, Doosan, Okuma, and Mori Seiki. We have various models, each equipped with different features and capabilities, allowing you to choose the one that best aligns with your production requirements.

 

Main advantages of Heavy Duty Lathes

Heavy-duty lathes are a fundamental component of numerous industries, renowned for their ability to handle larger scale operations and tougher materials. Here, we explore the main advantages of heavy-duty lathes, illustrating why they remain an invaluable asset in many sectors.

Versatility. Heavy-duty lathes are designed to perform a variety of machining operations. They can turn, bore, thread, face, and drill, making them one of the most versatile types of industrial machinery. This flexibility allows companies to accomplish multiple tasks with a single machine, saving both space and resources.

Ability to Handle Large Projects. As the name suggests, heavy-duty lathes are built to manage heavy-duty tasks. With their robust build and superior power, these machines can handle large workpieces that would be beyond the scope of regular lathes. They're perfectly suited for projects in heavy industries such as shipbuilding, power generation, and automotive manufacturing.

Precision and Accuracy. Despite their substantial size and power, heavy-duty lathes are capable of performing intricate work with a high degree of precision and accuracy. They can achieve tight tolerances, ensuring the quality and consistency of the finished product.

Durability and Longevity. Heavy-duty lathes are constructed to endure the rigours of continuous, large-scale operations. They are made with high-quality materials that can withstand significant wear and tear. With proper maintenance, these machines can provide reliable service for many years.

Cost-Efficient. In the long run, investing in a heavy-duty lathe can be cost-effective. Their multipurpose nature eliminates the need for multiple machines, reducing capital expenditure. Additionally, their robust build and longevity mean fewer breakdowns and lower maintenance costs over time.

Increased Productivity. With their powerful performance and ability to handle large workpieces, heavy-duty lathes can significantly enhance productivity. They can carry out operations faster and more efficiently than smaller lathes, enabling businesses to meet high production demands.

Heavy-duty lathes offer an impressive blend of versatility, durability, precision, and efficiency. They are a vital tool for businesses looking to optimise their productivity and achieve high-quality results in their metal pressing and forging operations.

 

Main machine parameters of Heavy Duty Lathes

When considering a heavy-duty lathe, it's crucial to understand the machine parameters that determine its capabilities and how it may fit into your specific operations. Here are some key parameters to consider:

Swing Over Bed. The 'swing over bed' refers to the maximum diameter of the workpiece that can be rotated on the lathe without hitting the bed. This parameter indicates the size of the material the machine can handle.

Swing Over Cross Slide. This measures the largest diameter that can be rotated over the lathe's cross-slide, which is generally less than the swing over bed. It's an important parameter when performing operations that require the cross-slide, such as taper turning or cutting.

Distance Between Centers. Also referred to as the 'center distance' or 'bed length,' this is the maximum length of the workpiece that the lathe can accommodate between its headstock and tailstock centers.

Spindle Bore. The spindle bore refers to the hole's diameter running through the spindle. A larger spindle bore allows you to work with longer workpieces that need to pass through the spindle.

Spindle Speed. This represents how fast the spindle can rotate. It is typically measured in revolutions per minute (RPM). Higher speeds allow for finer, smoother finishes, while lower speeds provide more power for cutting and shaping tougher materials.

Number of Spindle Speeds. Many heavy-duty lathes offer variable spindle speeds, allowing operators to select the most appropriate speed for the material and the type of operation being performed.

Power of the Main Drive. The power of the main drive (usually measured in horsepower) can give you a rough idea of the lathe's capacity to perform heavy-duty operations.

Tool Turret. The tool turret's capacity (number of tools it can hold) and the speed of tool changes can significantly affect productivity.

Types of Control. This can be manual, semi-automatic (assisted by a computer or a programmable logic controller), or CNC (computer numerical control), which fully automates the machining process based on a pre-programmed sequence.

Weight of the Machine. The machine's weight can be an indicator of its robustness and stability. Heavy-duty lathes are typically heavy machines that can withstand significant forces generated during operation.

These parameters can greatly influence a lathe's capabilities and suitability for your particular applications. When selecting a heavy-duty lathe, ensure you fully understand your requirements so you can match them with the appropriate machine specifications.

 

Area of Use

Heavy-duty lathes are widely utilised across a variety of industries due to their robust construction and versatility. Their capabilities are recognised in sectors that require the manipulation and shaping of large and heavy workpieces. Here are some of the primary areas of use for these machines:

Manufacturing Industry. Heavy-duty lathes are widely used in various manufacturing sectors due to their ability to accurately shape and form metal pieces. Industries such as automotive, aerospace, and defence employ these lathes for creating various parts including shafts, rods, bushings, and more.

Shipbuilding. In the shipbuilding industry, heavy-duty lathes are used to manufacture and repair large components, including shafts and propellers. Their ability to handle large, weighty workpieces makes them invaluable in this sector.

Power Generation. In power plants, heavy-duty lathes play a crucial role in the maintenance and manufacturing of components. They're used in the production of turbine parts and other large components, which need to withstand extreme conditions and high stress.

Heavy Machinery Construction. For industries involved in the construction of heavy machinery such as earth-moving equipment, construction vehicles, and large-scale agricultural machinery, heavy-duty lathes are key to producing and maintaining the large and robust parts needed.

Oil and Gas Industry. The oil and gas industry frequently employs heavy-duty lathes in the manufacturing of drilling equipment, pipeline components, and other parts. These lathes' ability to handle hard materials and produce parts with high precision is particularly important in this sector.

Metal-Working Shops. In metal-working shops, heavy-duty lathes are used to perform various tasks, including turning, boring, facing, and threading. Their versatility allows shops to fulfil a broad range of client needs.

Railway Industry. In the railway industry, these lathes are used to manufacture and maintain various components such as axles, wheels, and brake parts.

By investing in a heavy-duty lathe, businesses in these sectors can increase their productivity, maintain precision and quality in their work, and ensure they're well-equipped to handle a broad range of tasks. It's a versatile, robust machine that's well worth considering for any industry dealing with heavy and large-scale metal workpieces.

 

Manufacturers of Heavy Duty Lathes

There are numerous manufacturers renowned for producing reliable and high-performing heavy-duty lathes. Here are a few of the most notable:

Haas Automation: An American manufacturer known for their high-quality lathes and other machine tools. Haas has a strong reputation for innovation and reliability in their products.

Mazak: A Japanese company that is one of the largest manufacturers of machine tools in the world. They offer a wide range of lathes, including heavy-duty models, with a focus on high precision and performance.

Doosan Machine Tools: This South Korean manufacturer is well-respected in the industry for producing robust and reliable lathes, including heavy-duty models suitable for a range of applications.

Okuma: Okuma is another Japanese company known for their innovative and durable machine tools. They offer a range of lathes, including heavy-duty models.

Mori Seiki: Now part of DMG Mori, Mori Seiki is a Japanese manufacturer with a solid reputation for producing high-quality lathes that offer precision and reliability.

Gildemeister: A German manufacturer, now part of the DMG Mori group, Gildemeister is known for their high-quality, efficient, and precise lathes.

Toshiba Machine: This Japanese manufacturer offers a range of lathes, including heavy-duty models, known for their reliability and longevity.

SMTCL: The Shenyang Machine Tool Group is one of the world's largest machine tool manufacturers, based in China. They produce a range of lathes, including heavy-duty models, focusing on affordability without compromising on quality.

These manufacturers all have reputations for producing quality heavy-duty lathes. The best choice for your needs will depend on a variety of factors, including the specific requirements of your applications, your budget, and the level of after-sales support you require.

 

Why Choose Exapro?

Here at Exapro, we understand that purchasing industrial machinery can be a daunting task. That’s why we strive to make the process as straightforward and transparent as possible. Our team of experienced professionals are here to provide you with expert advice and guidance, from the initial enquiry right through to delivery and installation.

When you choose Exapro, you’re not just buying a machine - you’re investing in a solution that will improve your productivity and efficiency. Plus, by opting for pre-owned machinery, you're making a sustainable choice that contributes positively to the environment.

Purchasing industrial machinery represents a significant investment for any business. At Exapro, we understand the importance of striking a balance between cost-effectiveness and quality, and our collection of used heavy-duty lathes is no exception.

Our used heavy-duty lathes range from as low as €29,000 to €119,000, offering you a broad spectrum of pricing options to fit diverse budget sizes. We believe that high quality and affordability can go hand in hand, and our selection of machinery is a testament to this philosophy. Despite the varying prices, each lathe in our inventory boasts superior durability, precision, and performance. No matter where your budget lies within our range, rest assured that Exapro is committed to delivering quality, reliability, and excellent customer service.

For further information, please do not hesitate to get in touch with our team. We're always on hand to provide expert advice and support, ensuring you make the most informed decision for your business.

We invite you to browse our range of heavy-duty lathes and discover why Exapro is the preferred choice for so many businesses in the metal pressing and forging industries.

Equip your business with robust and reliable machinery from Exapro, and experience the difference in productivity and precision.