
The improper use of machine tools and their accessories can result in serious injury. Before using this tool, thoroughly read the instructions and make sure you understand its proper and safe use.
Image shown is a representation only. Actual product may vary.
This 8″ tabletop lathe can turn a part up to 3.5” in diameter over the bed or up to 1.88” over the carriage without riser blocks. With an optional riser block, parts up to 6” in diameter can be turned over the bed. The lathe has 8” of space between centers. The electronic speed control allows continuously variable speed control from 70 to 2,800 RPM without belt changes. There is a second pulley position available that offers extra torque at low RPM if needed. This lathe is a good choice for clockmakers, modelers, or those who will be working on small parts. It is also the most compact lathe we make and is easily used where space is at a premium and can be stored on a closet shelf.
Our tabletop lathe is perfect for the customer looking for a mini lathe machine to make small, precision parts. All our mini lathes are made in the USA, and our customer service is second to none. Although our lathes are small, they can produce high-quality precision parts. Our 8″ tabletop lathe will not only cut wood and plastic but is also rigid and accurate enough to cut aluminum and steel parts. This small lathe is a desktop-size machine with full-size machine precision and accuracy.
Standard equipment includes:
* Not included with lathe without motor and speed control
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| Swing Over Bed | 3.50″ (90 mm) |
|---|---|
| Swing Over Carriage | 1.75″ (45 mm) |
| Distance Between Centers | 8.00″ (200 mm) |
| Hole Through Spindle | .405″ (10 mm) |
| Spindle Nose Thread | 3/4″-16 T.P.I. |
| Spindle Nose Taper | #1 Morse |
| Spindle runout of Morse taper | .0005″ or less |
| Travel of Crosslide | 4.25″ (110 mm) |
| Tailstock Spindle Taper | #0 Morse |
| Protractor Graduations | 0° to 45° by 5° |
| Handwheel Graduations | .001″ (.01 mm) |
| Length Overall | 23.5″ (597 mm) |
| Width Overall | 10.5″ (267 mm) |
| Height Overall | 8.5″ (216 mm) |
| Shipping Weight | 24 lb. (10.9 kg |
| Motor | 90 volt DC with electronic speed control that accepts any incoming current from 100VAC to 240 VAC, 50 Hz or 60 Hz.
Click here for motor specifications |
| Spindle Speed Range | 70-2800 RPM continuously variable by electronic speed control |
4000-Series Manual Lathe
Click on the link for the exploded view of the 4000-Series Manual Lathe to help identify replacement parts.
If you are still uncertain please call our customer service representatives for help with this item.
Click the P/Ns below to download a zipped version of the IGS 3D CAD file. You will need to extract the zip file before viewing the files.
4000 Series 8″ Lathe 3D IGS model
4000 Series 8″ Lathe w/1041 3-Jaw Chuck 3D IGS model
You need an IGS viewer to open .igs files. CLICK HERE to download a FREE IGS viewer.
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| 4000 (4100) | 4400 (4410) | |
| Swing over bed | 3.50″ (90 mm) | 3.50″ (90 mm) |
| Swing over carriage | 1.75″ (44.5 mm) | 1.75″ (44.5 mm) |
| Distance between centers | 8.00″ (200 mm) | 17.00″ (430 mm) |
| Hole through spindle | .405″ (10 mm) | .405″ (10 mm) |
| Spindle nose thread | 3/4-16 T.P.I. | 3/4-16 T.P.I. |
| Spindle nose taper | #1 Morse | #1 Morse |
| Spindle runout of Morse taper | 0005″ or less | .0005″ or less |
| Travel of crosslide | 4.25″ (110 mm) | 4.25″ (110 mm) |
| Tailstock spindle taper | #0 Morse | #0 Morse |
| Tailstock spindle travel | 1.75″ (44.5 mm) | 1.75″ (44.5 mm) |
| Protractor graduations | 0° to 45° by 5° | 0° to 45° by 5° |
| Handwheel graduations | 001″ (.01 mm) | 001″ (.01 mm) |
| Handwheel type | Standard Handwheels | Zero Adjustable Handwheels (With the exception of DRO machines, which come with DRO handwheels) |
| Electronically controlled spindle speed range | 70 to 2,800 RPM | 70 to 2,800 RPM |
| Length overall | 23″ (584 mm) | 32.5″ (826 mm) |
| Width overall | 10.25″ (260 mm) | 10.55″ (267 mm) |
| Height overall | 8″ (203 mm) | 8.5″ (216 mm) |
| Shipping weight | 24 lb. (10.9 kg) | 30 lb. (13.6 kg) |
| Motor Specs | ||
| Input voltage | 100 to 240 VAC, 50 or 60 Hz | |
| Output to motor | 90 VDC | |
| Current draw | .5 to 15 amps, depending on the load | |
| No-load output shaft speed | 6000 RPM (no pulley) | |
| Click here for more detailed specs | ||
| Spindle Specs | ||
| Spindle End play (factory adjustment of preload) |
.0002″ (.005 mm) or less, normal pulleys | |
| Runout at nose | .0005″ (0.013 mm) or less | |
| Bearings | Two 20 mm lifetime lubricated ball bearings with adjustable preload | |


Sherline 3-jaw chucks are designed with synchronized jaws that move together to automatically center round or hex stock to within a few thousandths of an inch. They offer the fastest and most convenient way to hold work in a lathe, making them one of Sherline’s most popular accessories.
These chucks can grip externally on bar stock or internally on tubing. The jaws are reversible to handle a wider range of part sizes.
Compatibility with Sherline and Other Lathes
Chucks are available with different spindle threads for use on Sherline lathes (3/4-16) and other machines such as older Unimat models (12mm x 1mm or 14mm x 1mm) or Sears 6" lathes (1/2-20).
Note: Thread sizes other than 3/4″ x 16 are custom made and require 5–7 business days.
Jaw Options
If you prefer jaws with a looser fit for faster operation (where maximum accuracy isn’t critical), add a note requesting “loose jaws” below.
Soft steel jaws (unhardened and unmachined) are also available when building your own chuck.


Collets provide a quick, easy method of mounting cylindrical parts or bar stock in the lathe with a great deal of centering accuracy. Each collet is actually a small, precision 3-jaw chuck that fits into a special tapered adapter in the headstock. A drawbar that passes through the headstock and threads into the backside of the collet is used to draw the collet up into the tapered adapter. The adapter causes the jaws of the collet to close down, gripping the part to be machined. Typically, collets provide a very accurate part mounting system, but each size collet can accommodate only a small range of diameters of approximately ±.001" (.02mm).
WW collets differ from milling collets in that they have a hole all the way through the collet and drawbar. The maximum diameter stock that can pass entirely through the collet is 3/16" or 4.5mm. The WW collets that are larger than this diameter are sometimes referred to as "pot" chucks.The Sherline WW collet set includes a WW style collet taper adapter, a drawbar, and a set of five WW collets. These collets are manufactured by Sherline and are built to standard WW specifications; however, we have come across collets that are called WW and will not fit our drawbar and adapter. Be sure to check WW collets made by other manufacturers to be sure they fit our adapter before you purchase them. Sherline manufactures a slightly larger .315" adapter and drawbar set that will accommodate some of these other brands.
Collet AccuracyThese collets have a maximum runout of .002" or less. If the WW collet adapter is trued in as suggested in the instructions, it will run dead true. This will allow the collet runout to be at its best. Collet sizes above 3/16" (4.5mm), considered pot chucks, are not bored through. They are only bored .260" deep and depending on your setup and length of the part, you may experience greater runout further away from the front of the collet.
5-piece collet set includes:Other Collet Sets
Sherline also offers sets that include a wider selection of collets. It includes 17-inch size collets from 1/16 to 5/16", while the metric set includes 14 metric collets from 1.5 mm to 8.0 mm. These sets come in an oak box with a divider that has extra holes for more collets should you add them later. It also includes a drawbar, a collet adapter, knockout bar, two collet pot chucks, and a collet blank.
The largest set we offer includes 78 collets from 0.3 mm to 8.0 mm by 0.1 mm increments. This comes in an oak box with 96 holes in case you add some inch sizes but does not include the adapter, drawbar or other accessory items in the sets described above.