Kitmondo offers an exceptional selection of used heavy-duty lathes, robust and precise machines ideal for various high-demand applications. These lathes, priced between €29,000 and €119,000, are perfect for large-scale operations in industries such as manufacturing, shipbuilding, power generation, heavy machinery construction, oil and gas, metalworking shops, and railways. Their key strength is the ability to manage large, heavy workpieces and perform a range of machining operations, including turning, boring, threading, and facing with high precision. When evaluating these machines, consider essential parameters like swing over bed and cross slide, distance between centers, spindle bore and speed, main drive power, tool turret capacity, control types, and overall machine weight. Leading manufacturers of heavy-duty lathes include Haas Automation, Mazak, Doosan Machine Tools, Okuma, Mori Seiki, Gildemeister, Toshiba Machine, and SMTCL. Kitmondo is committed to providing quality, reliability, and outstanding customer service, helping you find the perfect machine that meets your requirements and budget.
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Year: 2014
Length between centers | 4500 mm |
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Turning length | 4500 mm |
Ø above the bed | 1430 mm |
Max. turning diameter | 1430 mm |
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Center height | 715 mm |
Ø above transversing slide | 1100 mm |
Year: 1988
Length between centers | 10000 mm |
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Turning length | 8000 mm |
Ø above the bed | 4000 mm |
Max. turning diameter | 4000 mm |
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Center height | 2050 mm |
Ø above transversing slide | 4000 mm |
Year: ~ 1992
Length between centers | 6000 mm |
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Turning length | 6000 mm |
Ø above the bed | 1020 mm |
Max. turning diameter | 1440 mm |
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Center height | 500 mm |
Ø above transversing slide | 745 mm |
Year: 1996
Max. turning diameter | 870 mm |
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Ø above transversing slide | 560 mm |
Turning speed | 500 rpm |
Turning length | 3000 mm |
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Spindle bore | 300 mm |
Spindle motor power | 47 kW |
Year: 1985
Length between centers | 12025 mm |
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Turning length | 11925 mm |
Ø above the bed | 2600 mm |
Max. turning diameter | 1900 mm |
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Center height | 1300 mm |
Max workpiece weight | 80000 kg |
Year: 1987
Length between centers | 7000 mm |
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Ø above the bed | 1040 mm |
Max workpiece weight | 8500 kg |
Max. turning diameter | 1040 mm |
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Ø above transversing slide | 710 mm |
Spindle bore | 130 mm |
Year: 1971
Length between centers | 6000 mm |
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Ø above transversing slide | 910 mm |
Max workpiece weight | 20000 kg |
Ø above the bed | 1290 mm |
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Diameter in the gap | 1580 mm |
Spindle bore | 155 mm |
Year: 1970
Length between centers | 8000 mm |
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Ø above transversing slide | 1250 mm |
Spindle motor power | 55 kW |
Ø above the bed | 1600 mm |
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Spindle bore | 105 mm |
Overhauled | no |
Year: 1963
Length between centers | 4300 mm |
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Turning length | 4000 mm |
Ø above the bed | 1110 mm |
Max. turning diameter | 1110 mm |
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Center height | 560 mm |
Ø above transversing slide | 885 mm |
Year: 1975
Length between centers | 8000 mm |
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Center height | 2240 mm |
Max workpiece weight | 20000 kg |
Max. turning diameter | 4000 mm |
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Faceplate diameter | 3150 mm |
Spindle bore | 100 mm |
Year: 1964
Length between centers | 4000 mm |
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Tailstock | no |
Overhauled | no |
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Steady | no |
Year: 1986
Length between centers | 4000 mm |
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Turning length | 4000 mm |
Ø above the bed | 2500 mm |
Max. turning diameter | 2500 mm |
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Center height | 1250 mm |
Faceplate diameter | 1250 mm |
Year: 1992
Length between centers | 3700 mm |
---|---|
Ø above transversing slide | 1600 mm |
Spindle motor power | 55 kW |
Ø above the bed | 2000 mm |
---|---|
Spindle bore | 100 mm |
Overhauled | no |
Year: 1994
Length between centers | 7000 mm |
---|---|
Ø above transversing slide | 1250 mm |
Spindle motor power | 60 kW |
Ø above the bed | 1400 mm |
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Spindle bore | 150 mm |
Overhauled | no |
Year: 1989
Length between centers | 8000 mm |
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Turning length | 8000 mm |
Ø above the bed | 1000 mm |
Max. turning diameter | 1000 mm |
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Center height | 500 mm |
Ø above transversing slide | 670 mm |
Year: 2003
Length between centers | 8000 mm |
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Overhauled | no |
Steady | no |
Max. turning diameter | 1000 mm |
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Tailstock | no |
Year:
Length between centers | 7000 mm |
---|---|
Turning length | 7000 mm |
Ø above transversing slide | 600 mm |
Max. turning diameter | 850 mm |
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Center height | 430 mm |
Turning speed | 666 rpm |
Year: 1977
Length between centers | 12000 mm |
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Center height | 1000 mm |
Tailstock | no |
Max. turning diameter | 1840 mm |
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Overhauled | no |
Steady | no |
Whether you're in the automotive sector, shipbuilding, power generation, or any industry requiring heavy metal processing, the lathe is a cornerstone tool. At Kitmondo, we proudly offer a comprehensive selection of pre-owned heavy-duty lathes that meet and exceed your specific industrial needs.
Often referred to as the workhorse of the machine shop, the heavy-duty lathe is engineered for extensive metal removal and forming tasks. These machines are characterized by their robust design and substantial construction, capable of handling massive workpieces that can weigh several tons. They excel in processes such as turning, facing, taper turning, and threading, making them indispensable in metal pressing and forging operations where strength, precision, and speed are crucial.
At Kitmondo, we take pride in offering a wide array of high-quality, used heavy-duty lathes from the world’s most respected manufacturers. Each machine in our inventory is thoroughly inspected and tested to meet our stringent standards of quality and reliability. Our selection includes lathes from industry-leading brands like Mazak, Haas, Doosan, Okuma, and Mori Seiki, among others. We offer various models equipped with different features and capabilities, allowing you to find the perfect fit for your production requirements.
Heavy-duty lathes are essential in many industries due to their ability to handle large-scale operations and tougher materials. Here are the primary advantages:
Versatility: Capable of performing multiple machining operations such as turning, boring, threading, facing, and drilling, heavy-duty lathes are one of the most versatile types of industrial machinery. This flexibility allows businesses to complete various tasks with a single machine, saving both space and resources.
Ability to Handle Large Projects: Designed to manage heavy-duty tasks, these lathes can handle large workpieces beyond the scope of regular lathes. They are ideal for projects in industries like shipbuilding, power generation, and automotive manufacturing.
Precision and Accuracy: Despite their size, heavy-duty lathes can perform intricate work with high precision and accuracy, achieving tight tolerances and ensuring the quality and consistency of the finished product.
Durability and Longevity: Built to endure continuous, large-scale operations, these machines are made from high-quality materials that withstand significant wear and tear. With proper maintenance, they provide reliable service for many years.
Cost-Efficiency: Investing in a heavy-duty lathe can be cost-effective in the long run. Their multipurpose nature eliminates the need for multiple machines, reducing capital expenditure. Their robust construction also means fewer breakdowns and lower maintenance costs over time.
Increased Productivity: With their powerful performance and ability to handle large workpieces, heavy-duty lathes significantly enhance productivity. They perform operations faster and more efficiently than smaller lathes, helping businesses meet high production demands.