Year: 2019
OSP-P200L, Year 2019, Turnlenght 700, Ø 165 / 210 (Standart), swing 400, Between centers 990, Bar-Ø 52, C-Axes 0,001°, [rpm] 50 - 5.000, kW 22, Subspindle, [rpm] 6.000, kW 22, Bar-Ø 52, Turrets 2, Tool:, Tools 16 + 16, driv. Tools 16 + 16, kW 5,5, Y: [+/-] 2 x 50/-45, cooling system Kühlmittel-Temperierung für Trommel-Muldenfilter TMF 300Year: 1999
Cycle controlled lathe, Siemens 810 D + manual turn, Year 1999, Turnlenght 3.500, swing 570, [rpm] 3 - 2.500, kW 25 / 20, Tailstock MK 5, Steady restYear: 2003
Heidenhain CNCPilot 4290, Year 2003, [h] 11.080, Ø 420, Bar-Ø 67, Turnlenght 600, [rpm] 25 - 5.000, kW 28 / 21, X: 250, Z: 600, Tools 12, Tool: VDI 30, TailstockYear: 2008
Siemens 840D Powerline, Year 2008, Turnlenght 1.585, Ø 640, Bar-Ø 65, C-Axes 0,001°, [rpm] 30 - 5.000, X: 550 / 225, Y: [+/-] 110, Z: 1.585 / 1.400, Subspindle, [rpm] 5.000, Tilting Spindel, [rpm] 12.000, Tool: HSK 63 A, B-Axes +/- 120, Tools 120, Int. cooling [bar] 20, cooling system, Oil mist separatorYear: 2007
Siemens 840 D Powerline, Year 2007, Turnlenght 1.500, Ø 640 / 400, Bar-Ø 92, C-Axes 0,001°, [rpm] 4.000, kW 45 / 36, [Nm] 730, X: 550, Y: [+/-] 180 ( +/- 90), Z: 1.585, Subspindle, [rpm] 4.000, kW 45 / 36, Bar-Ø 92, C-Axes, Tilting Spindel, [rpm] 12.000, kW 22 / 13,2, [Nm] 100, Tool: HASK 63, B-Axes +/- 120°, B-Axes 3 fach Hirthverzahnung 1°, Toolchanger, Tools 60, driv. Tools 12, cooling system 980 Liter, Oil mist separatorYear: 2018
M730UM mit CELOS, Year 2018, Ø 366, Turnlenght 705, X: 260, Z: 795, Y: [+/-] 100 / (+/-50), C-Axes, [rpm] 4.000, kW 15/18,5, Bar-Ø 80, Tailstock, Turrets 1, Tools 12, driv. Tools 12, Tool: BMT60, cooling system 5 barYear: 2006
Heidenhain IT Turn Plus, Year 2006, Turnlenght 1.250, swing 600, Axes 2, [rpm] 3.000, kW 36,5 / 27,5, [Nm] 785, Tailstock MK 5, Turrets 1, Tools 8Year: 2008
Heidenhain IT Turn Plus, Year 2008, Turnlenght 1.250, swing 600, Axes 2, [rpm] 3.000, kW 36,5 / 27,5, [Nm] 785, Tailstock MK 5, Turrets 1, Tools 8Year: 1969
conventional lathe, Year 1969, center hight 200, Turnlenght ca. 1.250 (mit Dreibackenfutter), Between centers ca. 1.400, cooling systemYear: 2019
OSP-P200L, Year 2019, Turnlenght 700, Ø 165 / 210 (Standart), swing 400, Between centers 990, Bar-Ø 52, C-Axes 0,001°, [rpm] 50 - 5.000, kW 22, Subspindle, [rpm] 6.000, kW 22, Bar-Ø 52, Turrets 2, Tool:, Tools 16 + 16, driv. Tools 16 + 16, kW 5,5, Y: [+/-] 2 x 50/-45, cooling system Kühlmittel-Temperierung für Trommel-Muldenfilter TMF 300Year: 2023
OSP P 300 SA, Year 2023, Turnlenght 1.500, Ø 650, C-Axes ✓, [rpm] 4.200, kW 22 / 15, X: 645 mm, Y: [+/-] 250 (+/- 125) mm, Z: 1.600, W-axes: 1.594, Subspindle ✓, [rpm] 5.000, Tilting Spindel, [rpm] 12.000, Tool: Capto C6, B-Axes -30° / +210° (0,001°), Toolchanger, Tools 80
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We offer you a wide selection of various types of lathes.
Whether you are looking for a conventional lathe, a highly flexible turning and milling center, a cycle-controlled lathe, or a CNC lathe – with us, you will find the perfect machine to meet your needs. We not only provide top-quality machines but also solution-oriented consulting and comprehensive service. We place the highest importance on the excellent condition of the machines and inspect them personally on-site.
To ensure a smooth process when purchasing used lathes, we take care of every step until the machine is delivered to your site. We organize transport, unload the machine at your location, and ensure it is properly commissioned. Furthermore, we handle all other matters related to the purchasing process.
Our advantages:
- Wide selection
- Detailed consulting and support
- Fast and uncomplicated processing
- Transport and commissioning handled by us
If you have any questions or further concerns, we are happy to assist you!
Different Types of Lathes
We offer lathes in a wide variety of designs, each with its own features and advantages.
A CNC lathe or a CNC machining center enables precise turning and milling in a single operation. With computer-assisted and programmable control, they offer high flexibility and accuracy when machining complex workpieces.
Vertical CNC lathes are space-saving and particularly suitable for smaller workpieces. Their vertical orientation also allows easier access to the workpiece.
A cycle lathe comes with pre-programmed machining routines, making it a particularly cost-efficient solution for standardized tasks requiring high precision and repeatability.
Structure of a Lathe
The base of a lathe is the machine bed, which holds the headstock that rotates the main spindle. A tailstock supports the workpiece and allows for machining longer parts. A feed system controls the movement of the tool relative to the workpiece and is driven by various motors. The tooling system includes tool holders, tool turrets, and tool slides that position and operate the cutting tools.
Before purchasing a used lathe, it's important to decide how many turrets are needed to complete the desired tasks without changing tools.
Which Materials Can Be Machined with a Lathe?
A lathe is extremely versatile. Depending on the spindle motor and cutting tool, a wide range of materials can be machined. Alongside selecting the right tool and cutting speed, an appropriate cooling system is also crucial for optimal results.
Lathes are commonly used for metals such as steel, stainless steel, aluminum, copper, or brass. These materials can be turned, drilled, tapped, and milled.
Lathes are also used for plastics. Materials like PVC, ABS, polyethylene, or polypropylene can be successfully machined using the right tools and coolants.
It is generally important to note that each material has different requirements regarding tools, cutting speeds, and cooling systems. Therefore, setting the right parameters for each material is essential to achieve optimal results.
Where Lathes Are Used
Lathes are used across various industries, offering numerous advantages due to their versatility and precision.
They are often used in metalworking to produce complex shapes and precision components. This is especially relevant in industries such as automotive, aerospace, and toolmaking, where precision plays a critical role. Likewise, highly precise parts are needed in mechanical engineering, medical technology, and laboratory and analytical equipment manufacturing. These parts are made from metal or different plastic or composite materials, which offer advantages due to their lightness and durability.
Lathes ensure high precision, repeatability, and efficiency. Multiple machining steps can be completed on a single machine. Depending on the turret setup, the lathe can turn, drill, and mill. By changing tools, the machine can be adapted to different workpieces and materials. With an automatic tool changer, complex shapes and components can be manufactured in a single process without manual intervention.
Thanks to the ability to program CNC machines and integrate automation, manufacturing processes can be optimized, and production times reduced. At the same time, lathes enable the production of high-quality parts with tight tolerances and excellent surface finishes. Overall, they are indispensable tools that play a central role in various industries, contributing to higher product quality and manufacturing efficiency through their precision and performance.
We Support You in Buying a Lathe
With us, you not only receive top-quality machines at great prices but also expert advice and reliable service. Every machine we offer is thoroughly inspected and serviced by our trained staff.
Machines presented on our platform feature detailed specifications to help you find the right lathe for your needs. While browsing our catalog, you can filter the extensive range based on the data that suits your requirements. Additionally, we are happy to offer you personal advice and find the right machine together with you.
Trust our experience from over 100 years as a machine dealer and see our outstanding service for yourself.
With us, you can not only buy used lathes but also many other systems like milling machines and machining centers, automation solutions, or other machines.
What to Consider When Buying a Used Lathe
To find the machine that suits your needs, you should answer a few questions before making a purchase:
- What material do I want to machine?
- What do I want to produce?
- Which and how many tools do I need?
- What is the size of the workpiece?
- How much space do I have?
- What are the required production quantities?
Buying Used Lathes with Stenzel
If you have any questions or concerns, feel free to contact us – we’re happy to assist you in detail.
FAQs
Why should I buy a used lathe?
Used lathes offer a cost-effective alternative to new machines without compromising on quality and performance. They are also immediately available, avoiding long lead times for new machinery.
How do I ensure that the used lathe is in good condition?
Make sure the seller has thoroughly inspected and serviced the machine before selling. Ask for the service history, maintenance records, and any available warranties. Ideally, you should be able to see the lathe in operation before purchasing.
Can I finance the purchase of a used lathe?
Many dealers offer financing options. It’s best to discuss this in advance with the seller to find the financing solution that suits you best.
Can I test the machine before buying?
Yes, reputable sellers usually allow you to see the machine in action or even run a test yourself. This helps you better assess the machine’s condition and functionality.
How-To Guide: How to Buy a Used Lathe
Step 1: Determine Your Needs
First, define what materials you want to machine and what products you want to manufacture. This helps you identify the type of lathe and specifications you need.
Step 2: Research
Look for reputable dealers offering used lathes. Compare offers to get a feel for price ranges and available models.
Step 3: Inspect the Condition
Ask for detailed information about the machine’s condition, including age, operating hours, and maintenance history. If possible, inspect the machine in person or request a video of it in operation.
Step 4: Negotiate
Once you’ve found a machine that meets your needs, negotiate the price and terms with the seller. Don’t forget to discuss delivery, installation, and possible warranties.
Step 5: Purchase and Delivery
After signing the purchase agreement, arrange the delivery and installation details. Some dealers offer transport and commissioning services—be sure you understand how the machine will be transported and set up at your site.
Step 6: Commissioning
Once the machine is delivered and installed, perform a thorough check with a professional to ensure everything works properly before starting production.