Walnut Sideboard - Glue Up

Sideboard glue up

Here I have started the glue up of the rails on to the panels.

Dry fit assembly with clamping blocks

And here the divisions and shelf on to the base.

Sideboard dry-fit clamping run

And then the sides and drawer panel.

Sideboard glued up with mock top

A mock-up of the sideboard top was made in MDF in order to get approval from the client on the chamfer detailing and sculpting before committing those to the real walnut top.

Chamfers on underside of mock top

Here you can see the curved chamfer on the underside of the mock-up top.

 

Walnut Sideboard - Veneered Panels

Below we can see one of the longer panels with its side lippings already glued on and the front lippings mortised and ready to be glued up.

Panels with walnut lippings

And here the two smaller panels having their side lippings glued up.

Panels with side lippings being glued up

I marked up the veneers, cut them and prepared them into packs.

Veneers cut and prepped into packs

Trimming the packs in a router set up.

A pack of veneers sandwiched between two sheets of MDF and then trimmed with a bearing cutter on the router.

Veneers sandwiched between MDF for trimming

Some of the packs trimmed and ready for taping together.

Trimmed packs ready for taping

Book matching the veneer leafs prior to taping.

Book matching veneer leafs

It's best only to tape together enough veneers to press in one day. If the veneers are taped and left overnight the sellotape tends to stretch and can pull apart, causing glue lines during pressing.

Starting to tape together the individual veneer leafs

Taping together veneers.

Two veneer leafs taped together

Using a small veneer roller to apply pressure to the tape.

Taping the third strip

 

Three veneer strips taped for one panel

Once they're taped together the veneers can be held up to the light to see if there are any gaps between the leafs of veneer.

Dry run - panels and their veneers

Dry run - all the panels laid out with their corresponding veneers on the pressing platens.

Veneer vacuum press

 

Pullin a good vacuum on the veneer press

With the urea formaldehyde based glue applied and in the press, pulling  a good  vacuum of about 13psi.

One of the veneered panels as removed next morning

The next morning, after taking the veneered panels out of the bag press, I removed the tape and scraped off any glue that had squeezed out during the night.

One of the veneered panels after cleaning up

The veneered panel scraped, sanded and ready for cutting.

 

Walnut Sideboard - Making the Sideboard Carcass

After the Walnut had acclimatized in the workshop I started machining up the components of the sideboard carcass.

I purchased 52mm boards so that I would be able to cut a 5mm veneer from both faces of the board and still have enough thickness to get my carcass boards out of it. The veneers will be used to make up the doors.

It was pure carnage in the workshop while machining the boards and cutting the veneers. Some of the veneers were 8" (200mm) wide. I thought my 20" Wadkin BZB bandsaw might have difficulty cutting them - but it worked a dream, although I did manage to get through eight bandsaw blades.

The bandsaw setup for cutting veneers

You can see here the setup on the bandsaw.

Sideboard components stacked in the workshop

After all the main machining was completed the workshop was filled with stacked veneers, sideboard carcass components, and offcuts.

At this point most of the components have been labelled with their numbers and marked up for handing. Certain components will also be paired so as to ensure continuity in the grain pattern, for instance with the handles, in the image below.

Sideboard carcass components cut and labelled

The next thing was to get the main boards of the sideboard carcass planed up with the No7 jointer plane, and then glue up the panels. I used loose tenons in the edges to assist with marrying up the boards, and a pair of winding sticks to ensure a twist free glue up.

Glueing up the main panels for the sideboard carcass

 

Panel glued and clamped

After all the panels were glued up, I started the substantial task of planing them flat and thicknessing them by hand.

Marking high areas with white pencil

 

Hand planing panels

By locating the high areas and marking with a white pencil, and planing the length and width of the boards, it is possible to achieve a very flat surface, again using winding sticks to eliminate any twist.

Hand planing

A  large pile of shavings after the first day of planing.

Pile of wood shavings after planing

Once I was happy with the panels I moved onto marking out the lap dovetails of the top of the sideboard carcass.

Lap-dovetails marked out

 

Lap dovetails marked out

Some of the panels were over 2 meters long so I made up a frame and fixed it to the end of the bench to support them while I stood on the bench cutting the dovetails with a gents saw, and coping saw.

Cutting dovetails with a gents saw

I drilled out some of the waste around the pins and then chiselled out the rest.

Lap dovetail

Note the left and right-hand skew chisels used to get into the corners around the pins.

Lap dovetails and the cutting tools for them

I marked out all the mortises and drilled out the waste on the pillar drill. I then pared back to the scalpel line ensuring the faces of the mortise are square and not under cut as this would produce glue lines later during the clean up.

Mortises cut

Once the mortises were complete it was possible to mark out the housings and tenons.

Mortices, housings and tenons

I made up a temporary frame to support the panels while dry fitting.

Panels supported by temporary frame

The moment of truth!

Fitting mortises on to tenons

While fitting the side panel mortises on to the tenons for the first time with the help of a wooden block and mallet, I could hear the tension building up in the side panel.

Tenons in mortises

A good fit on the mortises, however the housing needed a bit more attention.

Dry assembly of carcass

All Clamped up during a dry fit.

Now we can make out the housing for the shelves.

Sourcing Timber for a Handmade Sideboard

If you want to make great furniture, you need to start with great timber, so sourcing timber is a critical part of the overall process. I source a lot of my specialist timber from Tyler Hardwoods, but the Walnut for this particular sideboard came from Thorogoods, as you can see in the photo below.

Sourcing timber - packs of Walnut awaiting my inspection

When I arrived at the timber yard they had pulled out two unopened packs of 52mm Walnut for me to look through; a short pack and a long pack.

The longer of the two packs of 52mm Walnut

After looking through all of the short pack I decided there was more chance of getting all the timber we needed in the longer pack, as there was an average of 4 planks to a log in each pack.

52mm Walnut timber planks

I settled on two logs in the end. The one on the right had four nice boards which are ear-marked for the internal faces of the piece.

Walnut timber planks

The log here on the left has 6 long good boards which I will use for the top and most of the saw-cut veneers on the external faces. There is one board in particular that has lovely looking grain pattern and I think will be great for the drawer fronts.

Four plank Walnut log stacked for acclimatization

After getting back to the workshop I stacked the Walnut in stick so as to leave it to acclimatize in the workshop's controlled environment for 5-6 weeks.

You can see here above the the 4 plank log again

The Walnut boards stacked as cut from log

The boards are stacked in sequence from when they were cut from the log and labelled on the saw mill table.

Stacked Walnut boards

The label in the image below shows the 4 digit pack number (bottom right) and the 6 digit log number followed by the 2 digit board number. This is what makes it possible to rebuild the log as shown in the photos here, which is great for matching grain and colour through the making of the piece, and also for book matching the veneers.

Sourcing timber - plank pack, log and board number