Description
Product Overview
The Kingston HD series lathe is a versatile heavy-duty engine lathe designed for precision machining in toolrooms, repair shops, and production environments. Available in 22β³ and 26β³ swing configurations, it provides the capacity and power needed for a wide range of machining applications.
Built with hardened and ground bedways and a rigid spindle system, the HD series delivers consistent accuracy and smooth operation.
Applications
- Machine shops and toolrooms
- Maintenance and repair work
- General-purpose turning
- Small to medium production work
π The HD series is designed as a versatile precision lathe that can handle both small and larger jobs
Key Features
- 22β³ or 26β³ swing for versatile part sizes
- 4.09β³ spindle bore for larger material capacity
- 10β15 HP motor for reliable cutting power
- 12 spindle speeds (13β1200 RPM)
- Hardened and ground bedways for long-term accuracy
- 3-point spindle bearing support for rigidity
- Camlock spindle nose for quick tooling changes
- Wide range of bed lengths (up to 160β³ centers)
- Coolant system and full guarding included
Why This Machine Matters
Light-duty lathes:
- Struggle with heavier cuts
- Lack rigidity
- Limit part size
The Kingston HD solves this by:
- Adding horsepower and stability
- Handling larger parts with ease
- Maintaining precision across jobs
π This makes it a true everyday shop workhorse.
When to Use This Lathe
- When you need a versatile general-purpose lathe
- When working with medium-sized parts
- When upgrading from a light-duty machine
- When balancing precision and power
Specifications (Typical Range)
- Swing Over Bed: 22β³ / 26β³
- Distance Between Centers: 35β³β160β³
- Spindle Bore: 4.09β³
- Spindle Speeds: 13β1200 RPM (12 speeds)
- Motor: 10β15 HP
- Spindle Nose: D1-8 (22β³) / D1-11 (26β³)
π Need Help Choosing the Right Lathe?
Not sure if the 22β³ or 26β³ swing is right for your work?
π Call us or request a quoteβweβll help you choose the right lathe based on your part size, material, and workload.












