🔥Summer Sale🔥Mini Metal Lathe 80W — Micro Benchtop Lathe for DIY Metalworking
$53.98 USD
Introducing a compact yet functional DIY mini lathe, where every component is crafted from premium materials using CNC machinery for maximum precision. This lathe is perfect for crafting detailed models and intricate parts, making it ideal for creating watch parts, jewelry, and other fine pieces.
Designed to combine practicality with aesthetic appeal, it’s a great choice as a thoughtful gift, adding unique charm to any workspace or office.
Specifications
Dimensions: Machine size 355 × 210 × 120 mm (14 × 8.3 × 4.7 in
Chuck: Diameter 50 mm (2 in), clamping range 1–30 mm (0.04–1.18 in), spindle through hole 9 mm (0.35 in), adjustable speed up to 2000 rpm
Turning Length: ≤ 100 mm (3.94 in)
Motor Power: Max 80 W, input voltage 110–240 V, DC 24 V, top speed 4000 rpm ±5
Tailstock: JT0 drill chuck ≤ 4 mm (0.16 in), stroke: 16 mm (0.63 in),
Turning Tool Size (Max): 8 mm (0.31 in) Square Shank
With its precision, functionality, and compact design, this mini lathe is an essential tool for artisans and DIY enthusiasts working on detailed, small-scale projects.
The lathe is capable of turning aluminum, brass, wood, steel and stainless steel with micro feed.
Usage Notes
When working with a lathe that uses a 3-jaw chuck, it is crucial to avoid removing and re-clamping the workpiece. Once a workpiece has been secured and then removed, repositioning it in the chuck will result in alignment errors. This happens because 3-jaw chucks are designed for centering a piece consistently only from the initial clamping position. Any reinstallation, even in the same chuck, can cause slight deviations, which may lead to inaccuracies in your work. This is a fundamental principle when working with lathes that use self-centering chucks. To maintain precision, we recommend completing all necessary machining on a piece before removing it from the chuck.
Perfect for crafting small items such as models, watches, jewelry...
Primarily intended for DIY projects and not heavy-duty machining.
Avoid running at high speeds for extended periods to prevent motor