Tools/metallathe: Difference between revisions
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| [[File:M3003jaw.jpg]] || 3-Jaw self-centring chuck || Work Holding || Standard chuck for jobs not requiring accurate concentricity || On the Lathe usually, spare jaws in the black cabinet by the tailstock |
| [[File:M3003jaw.jpg]] || 3-Jaw self-centring chuck || Work Holding || Standard chuck for jobs not requiring accurate concentricity || On the Lathe usually, spare jaws in the black cabinet by the tailstock |
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| [[File:M3004jaw.jpg]] || 4-Jaw independent chuck || Work Holding || For holding odd-shaped |
| [[File:M3004jaw.jpg]] || 4-Jaw independent chuck || Work Holding || For holding odd-shaped workpieces or work where accurate concentricity or offsets are needed - MAXIMUM SPEED 1700rpm || Shelf under lathe |
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| [[File:M300colletchuck.jpg]] || Collet chuck || Work Holding || For accurate concentricity on round or hexagon |
| [[File:M300colletchuck.jpg]] || Collet chuck || Work Holding || For accurate concentricity on round or hexagon workpieces, suitable for high-speed use and small workpieces. Comes with 12 collets and key || Shelf under lathe |
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| [[File:M300faceplate.jpg]] || Faceplate || Work Holding || For very large workpieces, MAXIMUM SPEED 1200rpm and possibly much lower depending on workpiece || Shelf under lathe |
| [[File:M300faceplate.jpg]] || Faceplate || Work Holding || For very large workpieces, MAXIMUM SPEED 1200rpm and possibly much lower depending on workpiece || Shelf under lathe |
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| [[File:M300millingslide.jpg]] || Milling slide || Work holding || Used when milling small items with a milling cutter mounted in the lathe chuck. Requires mounting holes drilling into cross slide in order to be mounted so not currently usable || Red cupboard by fire door |
| [[File:M300millingslide.jpg]] || Milling slide || Work holding || Used when milling small items with a milling cutter mounted in the lathe chuck. Requires mounting holes drilling into cross slide in order to be mounted so not currently usable || Red cupboard by fire door |
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| [[File:M300keychuck.jpg]] || 16mm Keyed Drill Chuck on 3MT spindle || Tool holding || Used in the tailstock to hold drills for boring out |
| [[File:M300keychuck.jpg]] || 16mm Keyed Drill Chuck on 3MT spindle || Tool holding || Used in the tailstock to hold drills for boring out workpiece || On rack on splashback |
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| [[File:M300keylesschuck.jpg]] || 13mm Keyless drill chuck on 3MT spindle || Tool holding || Used in the tailstock to hold drills for boring out |
| [[File:M300keylesschuck.jpg]] || 13mm Keyless drill chuck on 3MT spindle || Tool holding || Used in the tailstock to hold drills for boring out workpiece || On rack on splashback |
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| [[File:2mt chuck.jpg]] || 10mm Keyed Drill Chuck on 2MT spindle || Tool holding || Used in the tailstock to hold smaller drills for boring out workpiece || In Black metal cabinet near tailstock, top drawer |
| [[File:2mt chuck.jpg]] || 10mm Keyed Drill Chuck on 2MT spindle || Tool holding || Used in the tailstock to hold smaller drills for boring out workpiece || In Black metal cabinet near tailstock, top drawer |
Revision as of 19:04, 26 July 2021
Harrison M300 Light-industrial Metal Lathe
Owing to it's dangerous nature, delicate nature, or expense, this tool requires that you be inducted on it's proper handling before use. |
Introduction
![](http://static.miraheze.org/rlabwiki/thumb/1/1d/M300Final.jpg/250px-M300Final.jpg)
The Harrison M300 lathe is an educational/Light-duty industrial lathe well suited for our requirements. It has a maximum part diameter of 330mm and a maximum length of 650mm and is designed to work with all standard engineering metals and well as most plastics but please note it is NOT suitable for use with any types of wood because wood fibres are sticky and abrasive so they tend to cause damage to the slideways. Induction is required for all members wanting to use the lathe. The instruction manual for the lathe is available here.
Current Status
Date | Status | Comment |
---|---|---|
25th October 2019 | Fully Functional | Oil seals repaired, oil levels should be checked from now on. |
Induction levels available
Induction options are level-1 which covers safe use of the machine and a handful of simple topics suitable for very simple jobs and is available from all trainers, takes about 60 minutes, with a maximum group size of 3 but 1-to-1 will go faster. Level 2 induction which covers a few more topics and is likely to deal with most machining operations that occasional users are likely to need. Level 2 induction takes 2 x 2hr sessions with a maximum group size of 2 although 1-on-1 sessions are available, there may be a small charge for the materials used during training. Level 3 induction which covers most machining operations that are likely to occur even on complex projects as well as some of the more complex maintenance tasks on the lathe. Level 3 induction will take multiple sessions of 3+ hours and is 1-to-1, again there will be a small charge per module for materials used and trainer time.
Some of the inductors also offer workshop sessions that involve completing a specific project rather than general lathe operations, these sessions will include at least a basic induction and usually include some but not all material from other induction levels. Charges and times for these vary, see the workshops page.
Tools currently available
The lathe is fitted with a Multifix clone quick change toolpost, size A. We have a number of toolholders available for use. If you change a tool, please re-fit the original before putting the toolholder back on the board.
Lathe users with level-1 induction should be using the High-Speed-Steel turning tools as they're cheap, robust and easily re-sharpened, for users with level-2 induction we have the following carbide-insert tooling available
Accessories
Planned Upgrades
Parts and upgrades that are planned/Budgeted/Purchased for in the near future
- Induction card reader
- 2-Axis DRO
- Machining assistance touchscreen terminal
- Proper oil drain tap for main gearbox, Steve-R to make
Lathe Caretakers
Inductions
The following people are able to provide inductions on the metal lathe
Name/Contact | Induction levels provided | Notes |
---|---|---|
Steve-R | 1,2,3 | |
Ian-P | 1 | Only does 1-to-1 sessions |
Arthur-P | 1 | Currently on haitus, busy being a pirate |
James-M | 1 |
Workshops
The following workshops are available that heavily feature the metal lathe
Maintainers
These are the people who look after and repair the lathe, they're the ones to contact if there's any problems with it
Name | Notes |
---|---|
Steve-R | |
James-M |
Recent Changes
If you make any non-trivial changes to lathe or perform maintenance please note it here, delete records older than 1 yr
- Rebuild 3-jaw chuck Stever (talk) 16:51, 26 July 2021 (BST)
- Top up main gearbox oil, oil all standard oiling points, clean and re-lube leadscrew and feed rod Stever (talk) 12:08, 27 May 2021 (BST)
- Top up apron oil Stever (talk) 18:07, 19 May 2021 (BST)
- Coolant level sensor fitted. Stever (talk) 19:11, 28 June 2020 (UTC)
- Deep clean and re-lubricate all ways Stever (talk) 17:29, 16 May 2020 (UTC)
- New apron oil seal fitted Stever (talk) 15:11, 25 October 2019 (UTC)
- New Multifix toolpost fitted, new tools are on the way - Stever (talk) 17:55, 28 August 2019 (UTC) & JMF
Image Gallery
Please feel free to add to this gallery if you have interested photos of the Lathe in use.
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A spinning top being turned from the spinning top workshop
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Turning using the collet chuck
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Feedrate table for the lathe, level-2 induction is needed to use this
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Lee working on his spinning top
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The inside of the lathe's screwcutting gearbox
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Turning a long shaft between centers
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Turning a hardened steel circular saw blade held on the face-plate using a CBN insert
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Circular Saw Table Lamp which features the lathe a lot
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Demonstration of turning hardened steel