Buyohlic Double Bearing Lathe Live Revolving Center for Metal & Wood Workers (MT2)

General Description :- Made of quality tool steel with hardened point. Shanks are precisely ground to match a concentric run out of +/-0.01 mm High quality ball bearings & taper bearing combination absorbs both radial & thrusts load to guarantee smooth movement Well suited for conventional lathe machines. Morse Taper MT1 : Bearing Body Diameter : 42 mm Bearing Case Body Length : 41 mm OAL :125 mm Number of bearings : 1 x Ball & 1 x Taper Bearing Morse Taper MT2 : Bearing Body Diameter : 44 mm Bearing Case Body Length : 46 mm OAL :140 mm Number of bearings : 1 x Ball & 1 x Taper Bearing Morse Taper MT3 : Bearing Body Diameter : 60 mm Bearing Case Body Length : 60 mm OAL :180 mm Number of bearings : 2 x Ball & 1 x Taper Bearing

• Made of quality tool steel with hardened point. Shanks are precisely ground to match a concentric run out of +/-0.01 mm High quality ball bearings & taper bearing combination absorbs both radial & thrusts load to guarantee smooth movement Well suited for conventional lathe machines.
• Morse Taper MT1 : Bearing Body Diameter : 42 mm Bearing Case Body Length : 41 mm OAL :125 mm Number of bearings : 1 x Ball & 1 x Taper Bearing
• Morse Taper MT2 : Bearing Body Diameter : 44 mm Bearing Case Body Length : 46 mm OAL :140 mm Number of bearings : 1 x Ball & 1 x Taper Bearing
• Morse Taper MT3 : Bearing Body Diameter : 60 mm Bearing Case Body Length : 60 mm OAL :180 mm Number of bearings : 2 x Ball & 1 x Taper Bearing
• MT1 Taper: The Morse Taper 1 shank fits securely into the lathe spindle, providing a reliable connection and easy installation.
• Revolving Center: The live center rotates with the workpiece, which minimizes drag and improves the quality of the finished product.
• Durable Construction: Typically made from hardened steel or similar robust materials, this tool is built to withstand heavy loads and extended use.
• Precision Machining: Designed for minimal runout and exceptional concentricity, ensuring that the workpiece remains centered and accurately machined.