10 bestWood Lathesof May 2025
112M consumers helped this year.
1
Axminster Workshop AW305WL Woodturning Lathe - 230V
Axminster Workshop
10.0
17% off
2
Axminster Workshop AW205WL Woodturning Lathe - 230V
Axminster Workshop
10.0
3
DEEFIINE 4 Inch Wood Lathe Chuck Set 1" x 8 tpi Thread & 3/4" x16TPI Adapter, Nickel Plated Self Centering 4 Jaw Wood Turning Chuck Set (2PCS Jaws)
DEEFIINE
9.9
4
Axminster Workshop AW240WL Woodturning Lathe - 230V
Axminster Workshop
9.7
5
ZR All-Metal Miniature Lathe 36W 20000rpm Didactical Mini Metal Lathe Machine for Hobbyist Woodworking Craft
Generic
9.5
Other
LUMBER JACK WL305 Mini Wood Lathe 550W Bench Lathe, 5-Speed 430-2800RPM, Heavy-Duty Cast Iron Bed, MT2 Spindle, 305mm Swing Ideal for Woodturning, DIY & Hobbyists
LUMBER JACK SWL350 Wood Lathe, 370W Induction Motor, 1000mm Between Centres, 350mm Turning Diameter, 4-Speed Control, Complete Starter Kit for Woodturning
Sealey Wood Lathe 10-Speed 1100mm Centres
CHARNWOOD W813 Floor Standing Wood Lathe, Variable Speed, Cast Iron Bed
6
RIKON Power Tools VSR MIDI Lathe (RIK-70-150VSR)
RIKON Power Tools
9.3
7
Wood Lathe 1m Woodturning Machine Variable Speed Work 400 W, Maximum Turning Diameter 350mm, Adjustable Tool Support, Tailstock with Spindle Tip, Torsion-Resistant Incl. Front End Driver, Chisels
T-Mech
9.1
8
Einhell TC-WW 1000/1 Wood Lathe | 400W Double Guide Framed Wood Turner, 280mm Max Diameter, 1000mm Max Workpiece Length, 4 Adjustable Speeds | Electric Wood-Turning Lathe Machine
Einhell
8.9
9
LUMBER JACK VSL305 550W Wood Lathe Variable Speed (450-3500 RPM) with Digital Display, Heavy-Duty Cast Iron Bed, 305mm Swing, 455mm Working Length MT2 Spindle & 1” x 8 TPI Thread
LUMBER JACK
8.7
8% off
10
Axminster Workshop AW355WL Woodturning Lathe - 230V
Axminster Workshop
8.5
A Guide to Selecting the Best Wood Lathes
Choosing the right wood lathe can significantly impact the quality and ease of your woodworking projects. A wood lathe is a machine used to shape wooden pieces by rotating them against various cutting tools. When selecting a wood lathe, it's important to consider several key specifications to ensure it meets your needs and skill level. Understanding these specifications will help you make an informed decision and find the best fit for your woodworking projects.
Swing Over Bed
The swing over bed is the maximum diameter of the workpiece that can be turned on the lathe. This spec is important because it determines the size of the projects you can work on. Lathes with a swing over bed of 10-12 inches are suitable for small projects like pens and bowls, while those with 14-16 inches are good for medium-sized projects. Larger lathes with a swing over bed of 18 inches or more are ideal for big projects like furniture legs. Choose a swing over bed that matches the size of the projects you plan to undertake.
Distance Between Centers
The distance between centers is the maximum length of the workpiece that can be mounted on the lathe. This spec is crucial for determining the length of the projects you can work on. A distance between centers of 12-20 inches is typically sufficient for small to medium projects, while 30 inches or more is needed for larger projects like table legs or baseball bats. Consider the typical length of the pieces you plan to turn when selecting a lathe with the appropriate distance between centers.
Motor Power
Motor power, measured in horsepower (HP), affects the lathe's ability to handle different types of wood and the size of the workpieces. More powerful motors (1 HP or more) can handle larger and harder pieces of wood, while less powerful motors (0.5 HP or less) are suitable for smaller, softer wood projects. If you plan to work with a variety of wood types and sizes, a lathe with a more powerful motor will provide better performance and versatility.
Speed Range
The speed range of a wood lathe refers to the range of spindle speeds it can achieve, usually measured in revolutions per minute (RPM). This is important because different projects and materials require different speeds. A lathe with a wide speed range (e.g., 500-4000 RPM) offers more flexibility for various tasks. Lower speeds are better for roughing out and larger pieces, while higher speeds are ideal for finishing and smaller, detailed work. Choose a lathe with a speed range that matches the types of projects you plan to do.
Bed Length
The bed length of a lathe is the length of the base that supports the headstock and tailstock. This spec is important because it affects the maximum length of the workpiece you can turn. Shorter bed lengths (under 20 inches) are suitable for small projects, while longer bed lengths (over 30 inches) are needed for larger projects. Consider the typical size of your projects and choose a lathe with a bed length that accommodates them.
Tailstock
The tailstock is a movable part of the lathe that supports the end of the workpiece opposite the headstock. It is important for ensuring stability and precision during turning. A good tailstock should be easy to adjust and lock securely in place. If you plan to work on longer pieces or need precise support, ensure the lathe has a robust and reliable tailstock.
Tool Rest
The tool rest is a horizontal bar that supports the cutting tools during operation. It is important for providing stability and control while turning. Look for a lathe with an adjustable tool rest that can be easily positioned and locked in place. The length and height of the tool rest should be suitable for the size of your projects and the types of tools you use.
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