Hardinge GS 51: Compact Turning Center with Collet-Ready Spindle for Precision and Durability
The Hardinge GS 51 lathe features a compact design and collet-ready main spindle that are said to provide increased durability and workpiece accuracy. The A2-6 20C, 15-hp (11-kW) spindle provides speeds ranging to 5,000 rpm. The machine offers a 2" (51 mm) bar capacity and accommodates workpieces ranging to11.10" ( 284 mm) in diameter and 17.95" (456 mm) in length. The chuck size is 8".
The lathe features a 12-station vertical block-type turret, and a one-piece, cast iron, 45-degree base strategically ribbed for rigidity and durability. The X and Z-axis ballscrews, linear roller guides and guide trucks feature a large load rating with minimal friction for low heat and thermal growth, long machine life, maximum static and dynamic stiffness, and overall machining accuracy, the company says. The double-nut hardened and ground ballscrews are laser-calibrated and supported by heavy-duty ballscrew supports.
The lathe is controlled by a FANUC 32-bit 0i-TD CNC. Available options include live tooling, C axis, tailstock, chip conveyor, 280-psi through-turret coolant, an arm-type parts catcher with conveyor, and a tool touch probe.
Industrial equipment
- Romi GL 250 Horizontal Turning Center Offers Real-Time Thermal Compensation for Precise Machining
- Toyoda Vertical Turning Center with Traveling Inverted Spindle for Efficient Chip Management
- Fuji FS4-3500: Precision Turning Center with 4-Position Turret for Rapid Production
- High‑Performance VL-160 Turning Center: 75‑HP Fanuc Spindle, 78.7″ Diameter
- TT6 Turn-Mill Center: Twin Tool Sequences for Peak Productivity
- RS 51 MSY Turning Center – Precision, Vibration Control & Collet-Ready Spindle
- Haas ST-30 Turning Center: Engineered for Rigidity, Accuracy, and Thermal Stability
- Tongtai TNL-100TLSB Subspindle Turning Center – High‑Precision, Versatile Machine
- Haas ST‑10Y Compact Turning Center with Advanced Milling, Drilling & Tapping Capabilities
- CNC Turning Center vs. CNC Lathe: Key Differences Explained