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Used Engine Lathes in Vermont, USA

  • 1991 Ryazan 1H65-3

    1991 Ryazan 1H65-3

    • Manufacturer: Ryazan

    Swing over bed: 40" | Swing in gap: 42" | Distance between centers: 120" | Spindle speeds: 0. 5 - 500 RPM | Spindle bore: 4-5/8"

    Town of Rockingham, VT
  • 2006 Ryazan 16K40-3

    2006 Ryazan 16K40-3

    • Manufacturer: Ryazan
    • Spindle bore: 104.13999999999999 millimeter

    Feeds Cross Slide .001 To .20 Swing over bed ways: 33" | Swing over cross slide: 19.1" | Cross slide travel: 15.75" | Swing in gap: 35.43" X 17.72" Long | Compound travel: 8.6" | Compound swivel: +/- 90 Degrees |...

    Town of Rockingham, VT
  • 1953 Monarch 20X120

    1953 Monarch 20X120

    • Manufacturer: Monarch

    Catalogue size: 20" | Actual swing: 22.5" | Distance between centers: 120" | Date built: 9-1953

    Town of Rockingham, VT
  • 1980 Yamazaki MAZAK REX 30

    1980 Yamazaki MAZAK REX 30

    • Manufacturer: Mazak

    Swing over ways: 30" | Swing over cross slide/carriage: 20-3/4" | Distance between centers: 120" | Spindle speeds: 12 - 1,200 rpm | Spindle bore: 4-1/16" | Spindle motor: 20 hp

    Town of Rockingham, VT
  • 1969 LeBlond SERVO SHIFT

    1969 LeBlond SERVO SHIFT

    • Manufacturer: Leblond
    • Spindle bore: 50.8 millimeter

    Swing over bed ways: 26" | Swing over cross slide: 17" | Center distance: 96" | Spindle hole: 2" | Spindle speeds: 18 To 720 RPM | Spindle nose: L-2 | Chuck size: 18" 3 Jaw | Feeds: .0044 To .205 | Threads inch:...

    Town of Rockingham, VT
  • 1986 Clausing COLCHESTER 21

    1986 Clausing COLCHESTER 21

    • Manufacturer: Clausing

    Swing over bed: 21" | Swing over cross slide: 14.5" | Distance between centers: 84" | Spindle speeds: (16) 20- 1,600 RPM | Spindle motor: 12.5 HP | Spindle nose: D1-8 | Hole thru spindle: 3.5" | Feeds (45): 0.00...

    Town of Rockingham, VT
  • 1942 Axelson A 32

    1942 Axelson A 32

      Max swing over bed: 32.5" | Distance between centers: 432" | Bed length: 504" | Spindle motor: 25 HP

      Town of Rockingham, VT
    • 1941 Axelson A 25

      1941 Axelson A 25

        Swing over bed: 28.750" | Swing over slide: 17" | Max center distance: 168" | Spindle nose: D1-11 | Spindle bore: 2-5/8 | Spindle speeds: 24 Changes 6 to 555 RPM | Tailstock taper: #5 | Width of carriage: 36" | ...

        Town of Rockingham, VT
      • American 42X290

        American 42X290

          ***No Taper Attachment*** Make: American | Swing: 42" | Chuck size: 42" (4-Jaw) | Centers: 290" | Spindle speeds: 3-160 RPM

          Town of Rockingham, VT
        • 1960 American 3220

          1960 American 3220

          • Spindle bore: 76.19999999999999 millimeter

          Maximum swing: 44" | Swing over carriage: 34" | Distance between centers: 120" | Spindle speeds: 8-1200 RPM | Spindle hole diameter: 3" | Spindle drive motor: 50 HP

          Town of Rockingham, VT
        • 1944 Niles AP60H

          1944 Niles AP60H

          • Manufacturer: Niles

          Faceplate (original) diameter: 60" | Swing over bed: 61" | Swing over carriage: 51.75" | Distance between centers: 600" | Spindle motor: 50 HP | Spindle speeds: 1.9 - 91.2 RPM

          Town of Rockingham, VT
        • 1973 Leblond 75X144

          1973 Leblond 75X144

          • Manufacturer: Leblond

          Swing over bed: 75" | Swing over cross slide: 52" | Centers distance: 144" | Spindle speed: 300 RPM | Spindle motor: 40 HP

          Town of Rockingham, VT
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          1982 Tarnow TUJ-50M

          • Manufacturer: Tarnow
          • Model: TUJ-50
          • Spindle bore: 88.89999999999999 millimeter

          Swing over bed: 11" | Spindle bore: 3.5" | Spindle speed: 1,600 RPM | Distance between centers: 118"

          Town of Rockingham, VT
        • 1950 VDF Wolenberg 42X216

          1950 VDF Wolenberg 42X216

          • Manufacturer: VDF - Boehringer

          Swing over ways: 42" | Distance between centers: 216" | Spindle speed: 2,000 rpm | Spindle bore: 4-1/4" | Main motor: 40 hp | Chuck diameter: 36"

          Town of Rockingham, VT
        • 1960 VDF V1250-7500

          1960 VDF V1250-7500

          • Manufacturer: VDF - Boehringer
          • Spindle bore: 114.3 millimeter

          Swing over ways: 53" | Swing over cross slide: 30" | Distance between centers: 300" | Spindle speed: 315 RPM | Spindle bore: 4.5"

          Town of Rockingham, VT
        • 1950 VDF Wolenberg 42X216

          1950 VDF Wolenberg 42X216

          • Manufacturer: VDF - Boehringer

          Swing over ways: 42" | Distance between centers: 216" | Spindle speed: 2,000 rpm | Spindle bore: 4-1/4" | Main motor: 40 hp | Chuck diameter: 36"

          Town of Rockingham, VT
        • 1960 VDF V1250-7500

          1960 VDF V1250-7500

          • Manufacturer: VDF - Boehringer
          • Spindle bore: 114.3 millimeter

          Swing over ways: 53" | Swing over cross slide: 30" | Distance between centers: 300" | Spindle speed: 315 RPM | Spindle bore: 4.5"

          Town of Rockingham, VT
        23456

        Overview

        Engine lathes are robust, versatile machines used in metalworking for turning, boring, threading, and facing operations. They are essential in manufacturing and repair shops for creating precise cylindrical parts. These lathes can handle a wide range of materials and sizes, making them highly valuable for both small-scale and industrial applications.

        FAQ

        What should I look for when purchasing a used engine lathe?

        Check the lathe's overall condition, including the bed, headstock, tailstock, and carriage. Ensure the machine runs smoothly, with no unusual noises, and verify the accuracy of the lathe's movements.

        How can I safely ship an engine lathe?

        Use a specialized machinery mover with experience in shipping heavy equipment. Secure the lathe on a pallet, protect delicate components, and ensure it is tightly strapped and covered.

        What is the maintenance routine for an engine lathe?

        Regularly clean the machine, lubricate moving parts, and check for wear and tear. Inspect belts, gears, and bearings for signs of damage and replace them as needed. Follow the manufacturer’s maintenance guidelines for optimal performance.