Metal Lathes Function and purpose A metal lathe is a precision turning machine that shapes metal by rotating the workpiece against cutting tools. It enables turning, threading, facing, drilling, and boring operations to produce cylindrical parts such as shafts, spacers, bushings, and sleeves with consistent results. Why you need it In house capability to produce or cylindrical components Reduced downtime waiting for external shops Ability to achieve tighter tolerances with proper setup and tools Key benefits Precision and repeatability for reliable parts Robust, durable construction to minimize vibration and deflection Broad compatibility with standard chucks, tool posts, tailstocks, and common accessories Suitable for a range of materials including steel, aluminum, brass, and certain plastics Flexible size options to fit benchtop or floor standing configurations Straightforward maintenance and setup to sustain performance over time Size, material, and performance attributes Available in multiple configurations to suit workspace size and workload Built with a rigid bed and quality components to support accurate tool movement Designed for smooth spindle rotation and dependable feeds for various operations Requires proper lubrication, alignment, and safe operation for results Compatibility and setup considerations Look for compatibility with standard chucks, tool posts, centers, and tailstocks Ensure availability of common tooling and accessories such as threading tools, inserts, steady rests, and follow rests Consider space, power requirements, and access to maintenance items when selecting a model Use scenarios or applications 1) Restoring or fabricating small engine components by turning shafts, facing surfaces, and creating precise fits 2) Prototyping custom mechanical parts such as shafts, spacers, bushings, or pulleys for hobby or light manufacturing projects 3) Automotive or robotics work involving threading, boring, and finishing parts to exact dimensions for assemblies Practical setup and safety notes Secure the lathe on a stable surface and use appropriate cutting tools and inserts Set appropriate speeds and feeds for the material and operation being performed Wear appropriate safety gear and follow lubrication and maintenance guidelines provided by the manufacturer