Exeter-pattern Furniture-maker's Hammer
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After years of research, prototyping and testing, we have developed an ideal furniture-maker's hammer. With a 9.8-ounce steel head and a balanced octagonal hickory handle, the Crucible Exeter-pattern hammer is suitable for many common tasks at the bench.
Lighter than the typical carpenter's hammer, the Exeter-pattern excels at driving the typical 4d and 6d brads used in traditional case construction. Its 7/8" octagonal striking face is slightly domed. This allows you to drive a nail flush without damaging the surrounding wood.
On the backside of the hammer's head is a 1/8" x 7/8" peen. It is great for starting nails without damaging your fingers. You pinch the nail between your fingers and start it with the peen, which slips between your fingers without hurting them. Then spin the hammer around and sink the nail.
We also use the Exeter for adjusting bench planes. It has enough “oomph” to move the iron. And to drive drawbore pins and pegs galore.
The 10"-long octagonal hickory handle (made in South Carolina by Caleb James) tapers to a slender 9/16" x 3/4" neck below the head, allowing you to choke up on the tool for delicate tasks. The handle ends with a slight swelling. As you let the handle slide through your hand, you'll feel the slight swelling. That's where you tighten your grip, giving you the maximum leverage for a strike.
The design of our Exeter-pattern hammer comes from old British tool catalogs and examples we've studied. While American woodworkers might find the form unusual at first sight (where's the claw, maw?), the tool's balance and its handy peen should win them over.
The hammer heads are milled at Machine Time in Nicholasville, Ky. Then we assemble and finish them here in Covington, Ky.
The hammer comes with a No. 2 steel hammer wedge in a small envelope. We think that our assembly process will keep the head tight on the handle for decades to come. But in extremely dry environments, there's a chance the handle might shrink and the head might become loose. The steel wedge allows you to tighten up the tenon.