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Faceplate turning means screwing a blank to a metal faceplate, threading the faceplate onto the lathe's headstock spindle and turning the work without the tailstock, or with it for extra support while roughing. It is the classic way to hold bowls, platters and other work whose grain runs across the bed. A faceplate gives the most secure hold of any common method, which is why lathe manufacturers recommend it for large blanks.
This guide covers choosing a faceplate, screws for faceplate turning, mounting a blank step by step, glue blocks, when to switch to a chuck, and the safety rules that matter most with faceplate work.
What is faceplate turning used for?
- Bowls, especially roughing the outside of a large or uneven blank.
- Platters and plates, which have a wide, shallow profile.
- Large vessels and hollow forms that are too heavy for a small chuck.
- Work you cannot grip with chuck jaws, such as thin discs mounted on a glue block.
WEN's lathe manual puts it plainly: when turning bowls or plates with a large diameter, mounting the work to the faceplate gives the maximum amount of support. It also notes that a chuck is handier when you work on more than one piece, because you can open the jaws instead of removing screws.
What you need
- A faceplate in your lathe's spindle thread (commonly 1 in. x 8 TPI or 1-1/4 in. x 8 TPI). Check our lathe spindle thread size chart.
- Screws sized to the faceplate's holes (see below).
- A drill and bits for pilot holes.
- A bowl blank with one face flat, roughly round.
- A full face shield. The AAW says full face shields provide the protection needed for bowls and any turning involving chucks and faceplates.
Choosing a faceplate
| Faceplate size | Typical use | Amazon |
|---|---|---|
| 3 in. | Small bowls and glue blocks; Laguna lists a 3-inch faceplate with its Revo 10|14 and 24|36 | See options |
| 4 in. | Small to medium bowls on midi lathes; WEN's 34034 ships with a 4-inch faceplate | See options |
| 6 in. | Medium and large bowls, platters | See options |
| Larger | Big platters and vessels on floor lathes | See options |
WEN's manual says to use a faceplate of appropriate size to properly support the workpiece. As a rule of thumb, larger and heavier blanks need a larger faceplate with more screws. Cast iron and steel faceplates are common; NOVA's 6-inch faceplate in 1 in. x 8 TPI is one example, covered in our wood lathe accessories guide.
Screws for faceplate turning
The screws carry the whole load, so this is not the place to economize.
- Use strong screws that fit the faceplate's holes without slop. The AAW says to use #10 or #12 sheet metal screws as a minimum. Many turners avoid drywall screws because they are brittle and can snap under load.
- Use every hole on large or heavy blanks.
- Go long enough to bite into solid wood, not bark, sapwood that is punky, or end grain.
- Keep them out of the cut. WEN's manual warns not to let the screw fasteners interfere with the turning tool at the finished dimension. Plan the bowl's foot depth before you drive screws.
- Drill pilot holes sized for the screw, especially in hardwood.
How to use a faceplate on a lathe, step by step
- Prepare the blank. WEN's manual says to choose stock at least 0.2 inch (5 mm) larger than each dimension of the finished piece, and to remove any bark from the face that will mount to the faceplate. Bandsaw the blank roughly round first; our how to cut a bowl blank guide shows how.
- Flatten the mounting face. True one surface so the faceplate sits flat with no rocking. A wobbly faceplate means a wobbly blank.
- Center the faceplate on the blank and mark the screw holes, using the faceplate as a template, as WEN describes.
- Drill pilot holes of the appropriate size at each mark.
- Screw the faceplate on firmly. Check it is still centered and seated flat.
- Mount the faceplate on the headstock. WEN's manual says to mount the work on the faceplate before installing the faceplate on the lathe. Thread it on until it seats against the spindle shoulder, then tighten its set screws if it has them.
- Bring up the tailstock with a live center for extra support while roughing, if your setup allows.
- Set the tool rest close and rotate the work by hand to check clearance.
- Start at the lowest speed and stand out of the line of fire. Increase speed only while the blank runs smoothly.
- Rough the outside and cut a tenon or recess if you plan to move to a chuck.
Glue blocks and waste blocks
If you do not want screw holes in the work, or the blank is too thin for screws, glue a block of scrap hardwood to the blank and screw the faceplate to the block. Use a strong glue suited to the job and let it cure fully; WEN's manual says to use a high-quality glue that meets the needs of the workpiece, and a school shop safety sheet adds that glued stock must be completely dry before turning. Part the work off the glue block at the end.
Faceplate vs chuck
| Faceplate | Four-jaw chuck | |
|---|---|---|
| Hold on large, heavy blanks | Excellent | Good, depends on jaws and tenon |
| Setup time | Slower (screws) | Fast |
| Changing work | Remove screws | Open the jaws |
| Marks on the work | Screw holes in the base | Tenon or recess, turned away later |
| Best for | Roughing big bowls, platters, glue blocks | Most bowls after roughing, small work |
| Amazon | See options | See options |
Many turners do both: rough the outside on a faceplate, cut a tenon, then reverse into a chuck to hollow the inside. Our how to use a lathe chuck guide covers tenons and recesses, and our wood bowl turning guide walks through the whole bowl.
Removing a faceplate
WEN's manual describes the process: loosen the faceplate's set screws, hold the spindle (with the spindle lock or the supplied rod and wrench), and unscrew the faceplate by turning it toward the operator. Never leave the spindle lock engaged when you switch the lathe back on. A nylon or fiber washer between the faceplate and the spindle shoulder makes a stuck faceplate much easier to remove.
Faceplate safety rules
- Face shield, always. Faceplate work is where the AAW's full face shield advice applies.
- Lowest speed to start. Faceplate blanks are usually large and unbalanced.
- Lock the faceplate before reverse. The AAW warns a faceplate can unscrew in reverse if it is not locked to the spindle.
- Check screws between sessions. Wet wood shrinks as it dries and screws can loosen.
- Keep the tool path clear of screws. Hitting a screw can damage the tool and throw the work.
The full checklist is in our wood lathe safety rules.
Common faceplate turning mistakes
- Mounting on bark or a rough face. The faceplate rocks and the screws work loose.
- Too few or too short screws on a heavy blank.
- Cutting into the screws because the foot depth was not planned.
- Skipping the tailstock while roughing a big, uneven blank.
- Forgetting the set screws before turning in reverse.
FAQ
What is faceplate turning used for?
Faceplate turning holds work whose grain runs across the lathe bed, such as bowls, platters, plates and large vessels. The faceplate screws to the blank and threads onto the headstock spindle, giving a very secure hold for large or heavy pieces, especially for roughing the outside of a bowl.
What screws should I use for faceplate turning?
The AAW says to use #10 or #12 sheet metal screws as a minimum. Size them to the faceplate's holes and use every hole on large blanks. Avoid brittle drywall screws. Make them long enough to bite well into solid wood, and keep them out of the area you will cut, as WEN's lathe manual warns.
Is a faceplate better than a chuck for bowls?
For roughing large, heavy or out-of-balance blanks, a faceplate is often more secure. A chuck is faster for changing work and finishing a bowl after you cut a tenon or recess. Many turners rough on a faceplate, cut a tenon, then move to a chuck.
How do I remove a stuck faceplate?
Loosen any spindle set screws, lock the spindle or hold it with the supplied wrench, and turn the faceplate toward you to unscrew it, as WEN's manual describes. A nylon or fiber washer behind the faceplate makes future removal easier.
Can a faceplate come off in reverse?
Yes. The AAW warns that a chuck or faceplate can unscrew in reverse if it is not locked to the spindle. Tighten the faceplate's set screws before running reverse, and start reverse at low speed.
Next steps
Start with a dry, sound blank about 8 inches across on a 4- or 6-inch faceplate, rough the outside, cut a tenon and finish in a chuck. Our wood bowl turning guide takes it from there.