Skip to product information
1 of 2

Powermatic

PM2014 Lathe

PM2014 Lathe

Product SKU: 1792014

MSRP Price: $2399.99

Regular price $2,399.99 USD
Regular price $2,399.99 USD Sale price $2,399.99 USD
Sale Sold out

Free Shipping Available!

For nearly one hundred years, Powermatic has been dedicated to woodworkers. As a market leader in woodturning, Powermatic is proud to offer the powerful PM2014 model Lathe. Only requiring a 115V single phase power source the inverter delivers 1HP, 230V, 3PH performance, giving users maximum speed with minimum input. With a capacity of 14" swing over bed and 20" between centers which can be increased with the optional 13" bed extension. Premium sliding headstock and removable tailstock feature allows greater clearance when positioned at the end of the bed for outboard turning. Robust cast iron bed reduces vibration when turning larger and rougher pieces. Digital Indexing and spindle speed readout are clearly visible on the magnetic repositionable control box. The new ergonomic stand adjusts from centerline to floor from 34 inches to 46 inches allowing the PM2014 to be accessible to users of a range of heights.

View full details

Powermatic - PM2014 Lathe

Product Details

Features

Acme threads on tail stock for smoother operation and longevity
Attached tool caddie allows convenient access to centers, wrenches, and accessories
Banjo features a non-marring, pinch style clamp for solid tool rest placement
Chrome-trimmed hand wheels are ergonomic for a comfortable feel
Includes 8 inch tool rest with 1 inch post
Lathe easily disassembles for better portability
Main power disconnect on rear of headstock lock out for safety
24 positive locking indexing position, displayed on the moveable magnetic control box, simplifies the indexing process
Variable speeds from as low 15RPMs to as high as 3600RPMs
With constant monitoring of the motor the inverter keeps torque consistent.

Shipping Details

Shipping Type: LTL

Warranty & Legal

Warranty: 5 Year
Prop 65 (CA Only): Cancer and Reproductive Harm

Specifications