A stumbling block for many wishing to try engraving is simply getting a functional point. Although I learned graver geometry using the Crocker sharpener as outlined in James Meek’s book, The Art of Engraving, I have come to rely on a much simpler approach shown to me by Leonard Francolini. It does not involve the use of any jig or fixture and is not complex. I am not interested in critiquing any mechanical aids as some may find them useful, and I think there are much more useful jigs these days than the Crocker.

I would like to add that this approach, I feel, is in no way a compromise in tool formation but is the type of point I use for a large percentage of my engraving cuts. It is not difficult to produce and once formed is quick and easy to keep sharp without having to move to a separate sharpening station.

Below are a series of photos showing the process of forming the point on a wooden dowel. I would recommend buying a hardware store dowel and moving through the steps before forming a steel tool. This will allow you to see the point taking shape in 3D and will make it easy to grasp the elementary basics of  making an effective graver/chisel point. This will be very helpful, I think, as you learn, through experience, how to imagine and create other useful tools for your needs as they arise, without relying on mechanical aids which may or may not be available for the tool you imagine.

I would recommend to start with round drill rod either carbon steel or HSS. If you are familiar with hardening steel use 01 or W1 for the simplest heat-treating. HSS will not have to be re-heat-treated and is recommended for those not experienced with the heat-treat.

There is much information available on heat treating and it is not my aim to go into it here. I am only covering the making of the point form. I am also not going to cover the elementary tool forming skills of filing or grinding. One will need to develop some skill in those to shape the steel.

Once the tool is formed it can be used in any of the usual ways: 1) mounted in a handle for chisel or palm engraving, 2) chucked in an air-assist handpiece. The point can also be formed at the end of a one-piece longer blank such as the Japanese tagane.

There are 4 important geometrical elements to this point1) belly, 2) face straight, 3)bottom edge straight,4)face angle symmetry.

The single most important aspect is the sweeping belly. Without this the point acts more like a nail and will simply bury itself into the metal.

Actually any of these can be off some and the tool will still cut, but not well.

This approach of a sweeping belly can be adapted to many other forms of points such as flat chisels and round bottom gouges.

To summarize, I prefer this type of tool because:

1) Easy to form and maintain
2) Making it informs your body about how engraving works
3) adaptable to

tagane drawing ikideshi

 

 

 

 

 

                                                                                       

 

 

 

 

 

 

 

 

From the drawing a sheet of 2%

shibuichi was sawn, allowing enough excess for the depth of the final piece.

 

 

 

 

It's important to grasp that the depth is not being achieved by stretching the central area, but by pushing horizontally from the side, leaving the central mass nowhere to go but up. Because the central mass is not hammered, it's left at full thickness. Initially there is some downward pushing in order to get the beginnings of a "wall" to push against.

Initially, a slight doming can be done from the back using a broad wood punch that does not thin the metal.

The photo below shows the slight doming achieved by hammering with a wood punch into soft pitch. I use NorthWest Pitchworks medium.

 

 

 

 

 

 

 

With the outline of the nest drawn in pencil, a wood punch is used to enhance the dome, keping the nest form outline as a guide. Again, this was done into softened pitch in the pitch-bowl, which holds the piece but allows the metal to be formed.

 

 

 

 

 

In the photo below I have begun using steel chasing punches to deepen and refine the form as well as to begin the forming of the inner part of the nest. It's important to avoid folding the metal over itself.

Seen in the background are two mylar patterns for the overall shape and the inner nest cavity. For this step the punch faces should be rough, not polished to aid in "grabbing" the metal.

 

 

 

 

 

 

The photo below shows the deepening continuing with successive courses with the blunt tracer into the pitch.

I like to anneal after every course, which maybe overly cautious, but better to err that way. It was not my aim to create a very deep piece, but it can be seen that if you were to continue pushing in from the sides, the central area would be gradually raised up, potentially quite high. It's always left at full thickness as no tool is touching it.

 

 

 

 

 

 

                

 

 

                    Below the details are beginning to be chased, using a mylar pattern as a guide.

 

 

 

 

   

 

 

 

 

 

 

 

 

 

 

 

 

 

   
 
   
 
 

 

                                                      Details are refined using engraving and chasing.