Specs
Engine Lathe specs
Setup notes and briefing numbers for Engine Lathe.
Centre height, swing and bed capacity
The Engine Lathe specs page lists the practical figures that matter when choosing a lathe. Use it to review swing, bed length, spindle details and other points before arranging a closer look.
Begin with the figures that limit the work you can actually mount. On an engine lathe, swing over bed, distance between centres, spindle bore and chuck size decide whether a shaft, bush or repair sleeve will fit without compromise. For Johannesburg workshops, those numbers matter more than a polished description when the machine must suit existing jobs and available tooling.
Pay attention to carriage, tailstock and gearbox details before arranging a viewing. A spec sheet should point you to feed rates, thread ranges, taper turning provision and the state of the ways, so the first inspection is focused on wear points rather than guesswork. That makes it easier to compare one used lathe with another from the Crown Mines stock on hand.
Figures worth checking first
Quick comparison comes down to the dimensions and operating details that affect turning work. Check spindle speed range, motor size, cross slide travel and any listed accessories, then match those against the material sizes you run most often. Mild steel bar, stainless repair work and general shaft machining all place different demands on the same machine.
Use the listed specs to narrow the machine before sending anything through the contact form. Include the size of the workpiece and whether you need metric threads, imperial threads or both, because gearbox setup matters on an engine lathe. If a chuck, steadies or faceplate are essential, note those items clearly with your enquiry.
- Swing over bed and saddle
- Distance between centres listed
- Spindle bore and speed range
Crown Mines viewing conditions
Engine lathe checks in Crown Mines usually start with bed wear, apron function and backlash at the slides. Buyers around Johannesburg often need to know whether a machine is suited to repair work, small batch turning or larger diameter jobs, because available space and lifting capacity in the workshop can be just as important as the spindle rating. A sound specification helps separate workable options from machines that are simply too long, too light or too limited in bore.
Dust, interrupted power and transport planning all affect how a lathe is assessed and moved. Covers, lubrication points, electrical condition and spindle noise deserve attention when a used machine has stood for a period, especially before it is placed into a busy machine shop. Inland conditions are different from coastal rust concerns, so storage and cleanup history are worth asking about alongside the basic dimensions.
Operated by Astros Marketing (Pty) Ltd from 2 Makro Place, Sunnyrock 1401.
Inspection notes before a closer look
Take the spec page with you when viewing the lathe so each stated measurement can be checked against the machine plate and setup. Confirm the spindle nose, tailstock taper, lead screw condition and any included tooling while everything is in front of you. Those points affect what can be mounted on day one without extra sourcing.
Where threading or repetitive turning is part of the work, compare feeds, thread charts and gearbox operation with the jobs you run now. It also helps to note power requirements, footprint and access for loading longer bars before making space in the workshop. A careful read of the specs prevents confusion between a general purpose engine lathe and a machine meant for lighter bench work.
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