Description
Product Specifications：
Model: WM210V400
Dimensions of the lathe: 840*390*370 mm
Package dimensions: 910*490*470 mm
Accuracy: 0.01-0.05 mm
Weight: 72 kg
Motor power: 900W
Distance between centers: 400 mm
Voltage: 220V
Swing over bed: 210 mm
Chuck diameter: 125 mm
Large pallet travel: 285 mm
Spindle through-hole: 38 mm
Middle pallet travel: 75 mm
Speed regulation method: infinite speed regulation
Tail socket travel: 60 mm
Spindle speed: 50-2500 RPM
Tail socket taper: Mohs No.2
Thread range: metric 0.5-3.0 imperial 10-44T.P.L
Features & Details
- Sturdy & Durable Construction: The mini lathe is made of high-quality HT200 cast iron, which stands up to tear and wear. It is equipped with an 900 W motor that delivers a great deal of energy. If you are into making models, it would be your punctilious assistant.
- Infinitely Variable Speeds: Revolving Speed Range: 50-2500. The mini lathe machine comes with variable speeds that give you the convenience to achieve the best work. This lathe allows you to work on both forward or reverse of any possible speed. The feeding rate can be adjusted manually or automatically. And an emergency button is accessible just in case.
- Works with Precision: Spindle Bore: 38 mm. The metal working lathe is pre-installed with a 3-jaw chuck, that can clamp raw materials tight, and a backsplash guard that prevents metal filings.
- Stable & Reliable Operation: Swing Over Bed: 210 mm; Swing Over Cross Slide: 400 mm. The small metal lathe features a turret post for quick tool change and a center rest for tight pieces holding, making internal cutting, face cutting, and bevel cutting possible.
- Adjustable Tailstock: Taper in Tailstock Spindle: Mohs No.2. Rotate the lever clockwise to lock the spindle, and rotate clockwise to advance the handwheel. To off-set the tailstock for cutting tapers by adjusting the four set screws located on the tailstock base.
- Versatile Usage: This benchtop lathe is designed for precision small-parts processing, rapid R&D prototyping, workshop maintenance, educational training, and custom maker projects. The machine can efficiently process both non-ferrous metals (such as aluminum, brass, and mild steel) and non-metallic materials (including engineering plastics, composites, and hardwoods).