- Fixed Price
Height of centres 500mm Between centres 5000mm Swing over bed 1000mm Swing over cross slide 700mm Spindle speeds 4.5 - 900 rpm Spindle bore 95mm Tail Stock No 6 Morse Taper Bed type Double Vee Input 400/3/50 ac 30 kW Pitch of lead screw 12mm 4 jaw chuck 1000mm Tool post 4 Way Dials Metric Digital read out Newal 2 Axis Equipment Fixed Steady & Power Feed to Topslide Length 26' / 7.93m Width 6'10" / 2.08m Height 6' / 1.83m
Year of Make: 1970
Deep hole drilling machine Wohlenberg V-1000
Year of Make: 1980
Offer#1656|In operation:since september 2000 (after preservation)|Made in:Germany|Specification:|Processing length (on one side):5400 mm|Work-piece diameter:245-630 mm|Opening diameter at continuous drilling:100 mm|Opening diameter at boring:138-309 mm|Drilling head diameter:100 mm|Diameter of boring heads:138, 150, 167, 173, 180, 197, 201-209, 221-233, 233-247, 249-261, 266-277, 281-299, 305-315 mm|Height of centers above flat guide:500 mm|Processing diameter above bed:1000 mm|Drilling diameter:|-In solid material:18-100 mm|-At ring drilling:50-355 mm|-At drilling-out:at least 355 mm|Drilling support:|-Feeds for drilling (stepless):5-5000 mm/min|-Rapid travel:5000 mm/min|-Force of feed:63 kN|Work-piece headstock:|-Number of revs of the main spindle (stepless):14-1120 rpm|-Drive power:75 kW|-Max. torque:10000 Nm|Overall machine dimensions:|-Length from conveyor to electrical cabinets of control:23000 mm|-Width from the front edge of the machine to the end of the pit:7000 mm|-Working ar
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Heavy Duty Lathe WOHLENBERG S 900
Germany | Willich
Year of Make: 1972
Turning diameter over bed 1340 mm turning diameter over support 750 mm turning length 4000 mm Wskv28xya speed 1,4-280 rpm digital display Acurite multifix steel holder bezel 640 bezel 500 faceplate 900 mm total power requirement kW machine weight approx t space requirement approx
Year of Make: 1972
acc.: faceplate 800 mm Ø, 4-pos. tool post, 4 solid steadies, 4 roll supports, DRO on 2 axis RSF-Elektronikturning diameter over bed 860 mm turning diameter over slide rest 545 mm turning length 12000 mm centre height 425 mm spindle bore 104 mm turning speed range 4,5 - 900 U/min feeds - longitudinal 0,1 - 140 mm/U feeds - cross 0,05 - 71 mm/U thread - mm pitch 0,4 - 560 mm thread - module 0,1 - 140 thread - inch 70 - 1/20 Gang/" max. workpiece weight between centres 4000 kg workpiece weight in steadies max. 6300 kg radial face slide travel 480 mm 250 mm spindle head DIN 55022 Gr. 11 tailstock quill diameter 140 mm tailstock quill stroke 315 mm tailstock taper MT 6 total power requirement 30 kW weight of the machine ca. 23,0 t range L-W-H 15,50 x 1,80 x 1,90 m
Year of Make: 1965
turning diameter over bed 1000 mm turning diameter over slide rest 760 mm turning length 3250 mm center height over bed 500 mm centre distance 3250 mm spindle bore 104 mm turning speed range 1,8 - 355 U/min quick change toolholder MULTIFIX taper in tailstock-quill MK 6 coolant voltage 380 V total power requirement 30 kW weight of the machine ca. 12 t dimensions of the machine ca. 6,00 x 2,00 m
Year of Make: 2006
Germany | Lugau/Erzgeb.
Heavy Duty Lathe WOHLENBERG V1400
Germany | Willich
Rotating diameter over bed 1410 mm Swing diameter over support 1080 mm Turning length 7000 mm Spindle diameter 82 mm Speed 0.5-140 rpm Voltage 380 V Total power requirement kW Machine weight approx t Space requirement approx. M Mtqc8s Multi fix toolpost 4-jaw chuck ø (mm): 1200 Fixed bezel ø (mm): 2x with bearings
CNC Lathe WOHLENBERG U 900
Germany | Willich
Turning diameter 920 mm turning length 10000 mm control Fagor 8055T turning diameter over support 460 mm speed 1120 rpm rapid traverse m / min Bqga0stw forks Forkardt F630 mm spindle spindles 120 mm bezel 3x 100-500 mm fixed bezel: total power requirement 37 kW machine weight approx t space requirement approx M 4 wy automatic Ttoolpost
Heavy Duty Lathe WOHLENBERG VM 1250
Germany | Willich
Year of Make: 1974
Rotating diameter over bed 1250 mm Rotating diameter over support 1000 mm Rotating length 6100 mm Rotational speed 0.71-560 rpm Faceplate 1200 mm Multifix steel holder Bezel 840 Bezel 300 Bezel 480 Bezel 480 Bezel running Triple-Ended chuck Diameter 630 mm Control Heidenhaiin Type Manualplus 620 X09ubt3f Total power requirement kW Machine weight approx .t Space requirement approx. 8.5x2x1.5 m Stahlholder cassette machine has been overtaken and is cycle controlled
Year of Make: 1980
Deep hole drilling machine Wohlenberg V-1000 YOM: 1980 In operation: since september 2000 (after preservation) Manufacturer: Wohlenberg Made in: Germany Specification: Processing length (on one side): 5400 mm Work-piece diameter: 245-630 mm Opening diameter at continuous drilling: 100 mm Opening diameter at boring: 138-309 mm Drilling head diameter: 100 mm Diameter of boring heads: 138, 150, 167, 173, 180, 197, 201-209, 221-233, 233-247, 249-261, 266-277, 281-299, 305-315 mm Height of centers above flat guide: 500 mm Processing diameter above bed: 1000 mm Drilling diameter: -In solid material: 18-100 mm -At ring drilling: 50-355 mm -At drilling-out: at least 355 mm Drilling support: -Feeds for drilling (stepless): 5-5000 mm/min -Rapid travel: 5000 mm/min -Force of feed: 63 kN Work-piece headstock: -Number of revs of the main spindle (stepless): 14-1120 rpm -Drive power: 75 kW -Max. torque: 10000 Nm Overall machine dimensions: -Length from conveyor to electrical cabinets of control: 230
Year of Make: 2006
Year of Make: 1981
Germany | Duisburg
Center height 370 mm, turning diameter 720 mm, distance between centers 2500 mm, turning diameter over support approx. 500 mm, spindle speed range 63 - 800 rpm. The machine is equipped with face plate 800 mm diameter, an additional FORKARDT three-jaw chuck 400 mm diameter, fourfold tool holder, revolving lathe center, a bed fence, a travelling and a fix steady rest, an extensive set of clamping jaws, change gears and documentation.
CNC Lathe WOHLENBERG PTI U1070 S111
Germany | Willich
Turning diameter 1070 mm turning length 8500 mm control Alan Bradley 9 Series turning diameter over carriage 800 spindle diameter 130 mm speed 1,12 - 1120 m / min Mtpjfs voltage 480 V total power requirement kW machine weight approx t space requirement approx m 3 Shear Bed, Carriage can bypass Steady Rest And Tailstock 8-position Sauter Turret 360 mm Capacity Self-centering Turn Thru Hydraulic Steady Rest 385 mm Capacity Rotaring Work Support 800 mm 4-Jaw Chuck Chip Conveyor
feeds - longitudinal 0,19 - 3,36 mm/min tail stock quill adjustment 300 mm center height over square guideway 440 mm bed width 630 mm upper head travel 350 tailstock quill diameter 120 mm total power requirement 15,00 kW weight of the machine ca. 8,00 t dimensions of the machine ca. 6,00 x 2,50 x H2,00 m
Year of Make: 1988
swing over bed 1000 mm swing over carriage 760 mm turning length 2000 mm spindel head DIN 55027 Gr.11 spindlediamter in front bearing 190 mm spindle bore 104 mm speed range 4,5 - 900 rpm spindle motor 30 KW traverse feeds 0,032 - 71 mm/r longitudinal feeds 0,063 - 140 mm/r rapid longitudinal travel 4,2 m tailstock sleeve cone 6 MK quill stroke 315 mm tailstock quill diameter 140 mm max. load between centres 5000 kg max.weight in face plate flying 1800 kg total power required 34 KW floor space required - machine 5,3 x 1,8 x 1,9 m machine weight 7000 kg DRO for X-Z angle indictaion for compound by ROD 3-jaw chuck face plate 800 mm 1 following rest 1 steady 450 mm powered compound carriage rapid tail stock threading: Metrisch, Witworth, Modul, Diamteral-Pitch
Year of Make: 1965
Swing diameter over bed 1185 mm Rotation diameter over support 940 mm Rotating length 4000 mm Top height 590 mm Rotating diameter 1245 mm Spindle speeds 3,5 - 1120 rpm Spindle bore 102 mm Max. Workpiece weight 10 000 kg Feed rates: 32 from 0.1 to 3.55 mm / rev Plan advances 32 from 0.05 to 1.8 mm / rev Feed rate 0.032 - 71 mm / rev Preload setting 0,063 - 140 mm / U Rapid traverse length 4200/2100 mm / min Thread - Module 0,0625 - 140 M Metric threads 0.25 - 560 mm Torque max. 10,000 Nm Drive 30 kW Mass (length / width / height) 7250 x 1750 x 2000 mm Machine weight approx. 11 t Condition: good Support Rapid 3-jaw chuck F 630 mm
Germany | Trittau
Year of Make: 1970
Since lathes are most important and standard precision cutting machines, choosing used lathes by checking on the quality standards from the below list of machines will be a challenging task. We made it more simple and easy to choose, metal turning lathe from the best manufacturers and various sellers aggregated here in one place. With clear specs details, prices and sale end date if it is an industrial auction. You can find the best used lathes for sale right here at this vast and broad selection from the online used market!
The lathe is the standard metalworking machine used today to produce rotationally symmetric metal workpiece though precise, cutting production processes. There is a wide range of rotational components that can be produced on a lathe machine. This includes components from simple, cylindrical shafts, circular and spherical formed components, to complex structures like gear theeth. Additional devices are required on a lathe when producing uneven forms. Today, universal metal lathes allow for the maximum turning of a workpiece.
On a lathe, the workpiece is clamped in between the lathe spindle and the tailstock. There are advantageous pre-products that already have an approximated level of roundness. Angular or irregularly formed products, like special profiles, tend to have imbalances. These imbalances can lead to imprecise processing or damages to the metal lathe machine. Ideal pre-products that are processed on metal lathes include continuously cast round bars made out of solid material, or round pipes with thick walls. Long workpieces are additionally held up via supports. Once the workpiece is clamped in and spun into rotation, it is guided to the cutting tool via a tool carriage. The chippings are continuously removed by its adjustable feed. The carriage can traversely or longitudinally move towards the rotional axis of the workpiece.
The basic requirement of a metal turning lathe is that it needs to stand solidly. This is why it has a cast iron frame. Large lathes and lathe centers need an additional cement foundation. This absorbs the natural oscillations of the machine lathe as well as external vibrations that occur in close promiximity to the machine. The precision of turned components that are produced within a hundreth of a milimeter is directly impacted by these distributing vibrations. An electric motor and a gear box are used to power the lathe's spindle. The rotation speed and the turning of the spindle needs to be adjustable. The more of the lathe's parameters that can be adjusted, the more comprehensive the processing of a component can be. Spindles, supports, carriages and tailstocks are integrated into a monolithic grey cast iron cover. This needs to be particularly good quality, massive and precisely constructed. The disadvantage of a cast component is that it cannot be welded. Bangs, cracks or other damages to the body usually means that the whole machine has to be thrown away. Therefore, metal lathes should be installed in a certain place and then not moved again. Useful accessories for a machine lathe include lighting and an extraction system. Lathes metal also contain CNC control and a cover. Instead of a tailstock, large high-end lathes have two powered spindles. Complete lathe machining centres also having a tool changer. The most common tasks undertaken on a lathe are straight turning, face turning, drilling, reboring and the production of internal and external threads.
Depending on the turning axis, lathes are available either in a vertical or horizontal construction. Vertical lathes are used for processing components with a large cross section; the components are vertically clamped in and turned. They are usually available without an additional chuck. One of the most common types is the horizontal lathe. These are generally called universal lathes. The universal lathe is usually used for training purposes. There is an enormous range of metal lathe machines for sale, available in all sizes. The small metal lathes are used for DIY purposes or by watchmakers. The largest lathes can take up an entire industrial hall. The most commonly used lathes are the mid-sized universal lathes, CNC lathes and automatic lathes.
Workers who want to operate a lathe require a certain level of qualification before they can be authorised to do so. Beginner courses cost over 1,000 Euros at vocational training institutes. This is the recommended basic requirement for freely operating a lathe center. Ideally, lathes are operated by trained cutting machine operators. In addition to training, a high level of experience is also required. Therefore, trained turners (like welding machines) can constantly increase their qualifications with additional certificates. Laymen and unskilled workers would not be able to usefully help during the operation of a lathe machine. The most they could do is clean the lathes (if they are off) and turn the lathes back on. However, the worker needs to be briefed on the lathe's risks and safety measures.
Lathes have a conveyor belt, upon which the workpiece is placed. These conveyor belts are designed in such a way so that the workpiece arrives at the turning station in a specific position. The turning process is then done automatically. Afterwards, the workpiece is guided out and taken from the machine. The loading and unloading process can be undertaken automatically by an industrial robot. If turning is done automatically, it is important to have continuous quality control. The general wearing out of tools can be identified through regular and thorough checks. This prevents the production of waste and the risk of complaints. Just like all cutting machines, lathes have the need to be regularly cleaned. Cooling lubricants and chippings are very adhesive and can form hard crusts. It is necessary to clean the lathe daily and conscientiously.
Lathes are machine tools on which operations such as turning, drilling, cutting and sanding can be performed on a rotating workpiece. There are many different kinds of lathe machines available. Here is a selection of those most commonly found on used industrial machinery auction sites. A good example for a type of lathe is the BAILEIGH bench lathe, here is also the specification of this type of machine for you to get a general idea.
|Baileigh Bench Lathe - PL-1022VS Specs|
|Spindle Speeds||50-2000 rpm (Variable)|
|Tool Slide Travel||1.89"|
|Range Of Metric Threads||0.4 - 3.4 mm|
|Range Of Inch Threads||8 - 56 T,P.I.|
|Shipping Weight||403 lbs.|
Lathes are extremely versatile, precision machine tools on which various actions can be carried out, so they are very much in demand in a multitude of manufacturing industries and businesses. Due to this usefulness and popularity used metal lathes for sale are very much sought after. However, if you look for second hand lathes for sale online you are more than likely to find what you need, due to the wide selection of used industrial equipment auctions that have developed in recent years. It's a fact that, though, this important piece of equipment can prove to be expensive, especially when it comes to CNC lathes. Fortunately, there is a solution to this problem in the form of used metal lathes, which are often easy to obtain at significantly lower prices than their brand new counterparts. Additionally, if you see a used lathe for sale you know that the chances are it's been well taken care of, has been built to be durable and robust and will prove to be dependable. If you are looking for a used metal turning lathe for sale then you will find low prices, a wide selection of all types of lathes and complete convenience at used industrial machinery auctions, the number one source for this kind of equipment.
As we know a lathe is a machine that is used to produce precise parts. These components are generally produced as mechanical components for other machines stress on a lathe machine will impact the precision to which it can process workpieces. The storage areas and guideways start to give way and the static components can lose their angularity. This is usually not caused by age, but the way and regularity in which the lathe is used. This impacts their dimensional accuracy. Therefore, it is recommended to produce a test component on a used metal lathe for sale in order to see clearly what the machine's operational capability is. Used lathes can be easily bought at a bargain price at second hand market. There are numerous service providers that can repair used lathes for sale for a good price in case if a second hand lathe is broken. Buying a used lathe always requires expertise and it is important to undertake a thorough examination of the used lathe before buying. Several used lathes for sale can be found on the TradeMachines.com used industrial machinery market which are aggregated from our partner auction houses and markets. You can buy a used metal lathe on the portal of individual auction houses to which you will be taken from our website in just one click.
Regarding lathes, it is better to buy a good-quality used machine than a bad-quality new machine. In recent times, there have been numerous suppliers of lathe machines from countries where there is no quality certifications. These machines can undertake the require tasks, but if they are particularly cheap, they usually have a very restricted working life. Machines made by German or European manufacturers can be a decade old, and still perform well in the long run. Recommended manufacturers of lathes are HEYLIGENSTAEDT, HARBOR FREIGHT, GILDEMEISTER, DÖRRIES, GRIZZLY, WALDRICH, WEILER and MEUSER.