Super Precision High RPM Live Centers | Morse Taper MT2–MT6
High-speed, super-precision live centers for CNC turning, featuring a one-piece forged alloy steel body and spindle, triple-bearing construction, and a 60-degree included point. Select the Morse Taper size for your application.
Features and Specifications
- HIGH PRECISION HIGH SPEED DESIGN: +/- 0.0004" T,I,R,
- CONSTRUCTION: One-Piece body & spindle Design made of high quality forged alloy steel.
- MAXIMUM LOAD: 2200 LBS
- 1600 Max RPM
- Included Point: 60° Included Standard Point Style
- RIGIDITY & ACCURACY: Triple Bearing design for maximum Rigidity and accuracy/
- Veteran Owned Business
Specifications & Tolerances by SKU
| SKU | Morse Taper | Max RPM | Max Load (lb) | A | B | C | D | E | F | T.I.R. |
|---|---|---|---|---|---|---|---|---|---|---|
| RT017 | MT2 | 5000 | 337 | 0.7" | 1.772" | 0.984" | 1.024" | 3.15" | 5.709" | 0.0004" |
| RT018 | MT3 | 4200 | 450 | 0.938" | 2.047" | 1.102" | 1.181" | 3.503" | 6.693" | 0.0004" |
| RT019 | MT4 | 3200 | 719 | 1.231" | 2.362" | 1.26" | 1.366" | 4.102" | 8.098" | 0.0004" |
| RT020 | MT5 | 2400 | 1416 | 1.748" | 3.031" | 1.772" | 1.772" | 4.843" | 10" | 0.0004" |
| RT021 | MT6 | 1600 | 2248 | 2.494" | 4.921" | 2.953" | 2.697" | 7.221" | 14.252" | 0.0004" |
Maximum load and RPM vary by Morse Taper size; use the individual model specifications above.
Applications
- Engineered for high-speed CNC turning applications, providing exceptional stability and smooth rotation at elevated spindle speeds.
- Precision bearings and ±0.0004" T.I.R. ensure outstanding concentricity, reducing vibration for superior surface finishes and tighter tolerances.
- Ideal for high-production machining, supporting long workpieces while minimizing deflection during demanding turning and finishing operations.
- Designed to reduce heat buildup and bearing wear during continuous high RPM operation, extending service life and maintaining consistent performance.
- Perfect for precision CNC lathes, toolrooms, and production environments where high spindle speeds, maximum accuracy, and reliable workpiece support are essential.
