3 MT, LIVE CENTER, CNC POINT QUAD BEARIN
ROY10663
MFG #: 10663
$989.40
/ EA
- Accuracy: +/-0.00005 in TIR
- Bearing Type: Quad
- Country of Origin: US
- Head Length: 2.12 in
- Included Angle: 60 deg
- Load Capacity: 1735 lb
- Manufacturer Name: Royal Products
- Maximum Speed: 6000 rpm
- Maximum Workpiece Weight: 465 lb
- Overall Length: 7-7/32 in
- Point Length: 1-3/4 in
- Shank Type: Tapered
- Type: High Precision Long
- Taper Size: #3 Morse Taper
- Point Type: Long
- Point Diameter: 0.88 in
- Material: Steel
- Head Diameter: 1.7 in
- Application
- Item Features
- Standards
For precision turning, grinding and hard-turning
- The Royal high precision CNC quad bearing live center is an excellent choice for grinders, CNC turning centers and manual lathes
- The extended point of the royal high precision CNC quad bearing live center has been optimized for high rigidity and outstanding tool clearance
- The Royal high precision CNC quad bearing live center is extremely accurate, with runout guaranteed to +/- 0.00005 in TIR or better
- Bearing life is significantly extended with the exclusive Royal Roto-Shield™ coolant slinger and upgraded, long life, spring-loaded seal that is resistant to abrasion, high temperatures and virtually all metalworking fluids
- This live center model incorporates three precision angular-contact bearings that are secured to the rotating point with a locknut to form a rigid, preloaded assembly, this design is similar to a machine tool spindle cartridge and provides outstanding accuracy and rigidity
- The point of the Royal high precision CNC quad bearing live center extends into the center's body where it is supported by a needle roller bearing, this further increases rigidity, reduces point deflection and dampens vibration
- The low profile head of the Royal high precision CNC quad bearing live center offers exceptional tool clearance
- Both the point and body of this live center model are hardened and ground for strength and extended operating life
- Made with Roto-Shield™ technology
UL Listed