Description
Product Overview
The Kingston HJ-1100 and HJ-1700 lathes are precision engine lathes designed for job shop production, repair work, and general machining. With a 17″ swing and up to 67″ between centers, they provide the versatility needed for a wide range of applications.
Built with hardened and ground components and a precision spindle system, the HJ series delivers smooth operation and consistent accuracy.
Applications
- Job shop machining
- Maintenance and repair work
- Threading and rework
- Tooling and fixture fabrication
👉 The HJ series is widely used for production, repairs, and general shop work
Key Features
- 17″ swing for versatile part sizes
- Up to 67″ between centers (HJ-1700)
- 7.5 HP motor for reliable performance
- 12 spindle speeds (35–2000 RPM)
- 3-point spindle bearing system for precision cutting
- D1-6 camlock spindle for quick tooling changes
- Hardened and ground bedways for durability
- Timing-belt driven system for smooth, quiet operation
- Optional 3″ bore upgrade for larger material
Why This Machine Matters
Lighter hobby lathes:
- Lack durability
- Lose accuracy over time
- Struggle in production environments
The Kingston HJ solves this by:
- Providing true industrial build quality
- Maintaining precision under regular use
- Handling a wide range of everyday jobs
👉 This makes it ideal for shops that need reliability without going oversized.
When to Use This Lathe
- When doing general machining and repair work
- When precision matters but large capacity isn’t required
- When running a job shop environment
- When upgrading from a light-duty or hobby lathe
Specifications (Typical Range)
- Swing Over Bed: 17″
- Distance Between Centers: 43″–67″
- Spindle Bore: 2.25″ (3″ optional)
- Spindle Speeds: 35–2000 RPM (12 speeds)
- Motor: 7.5 HP
- Spindle Nose: D1-6 camlock
📞 Need Help Choosing the Right Lathe?
Not sure if this lathe has enough capacity or if you need a larger model?
👉 Call us or request a quote—we’ll help you choose the right lathe for your shop and applications.









