New Stinger CNC table

Well it’s been about 18 months I have been using my Stinger on a temporary table with extensions cords. Well I finally finished the table today.

The base is made from 4″ x 4″ with 2″ x 8″ stretchers upper and lower, then I used 3/4″ MDF to cover the whole base. I built a ledge on the front to store the control box, with easy access to both sides for the main switch and the touch plate. There are two black doors on the Left hand side to give access to the computer along with lots of storage.

I pocketed the table top for my router bits and I also pocketed the feet of the Stinger so it would not slide on the top. I wanted to make a sturdy table because the weight of the machine and also I didn’t want the table to rack during operation of the machine. The hardest part was painting the letters, I first painted the letters black then using a random orbital sander I cleaned up the overspray on the MDF. I then used a sponge roller and painted the yellow.

The finished size is 39 1/2″ wide, 64″ long and 26 3/4″ to the top of the table. All the work was done in Aspire on my Cobra X3, the CAMaster text is pocketed 1/8″ deep. I ran 2 dedicated 110V through conduit, to lazy to remove the Sheetrock)

I installed a laser to the lower router plate but never posted any pictures, the laser is operated through WinCNC, I position the laser on the corner of my work piece then click on Laser X0Y0 this creates the home position were the laser was.

Deer carving

This project is a deer carved in a dish with a forest background. The design is from Vectric Wild life DVD.
Material is African mahogany 15/16″ thick, 11 1/4″ wide by 16 3/4 high.

I V-Carved my name on the back using a 22 degree v-carve bit, the label is 4″ wide by 4″ high.
Roughing toolpath was done was a 1/4″ end mill – 150 ins/min machining time: 1 hours 25 minutes.
Finishing toolpath was done with 1/8″ taper ball nose – 150 ins/min machining time: 1 hours 50 minutes.
V-Carving 15 minutes

Total machine time was 3 hours 30 minutes.

The finish applied is 3 coats of Shellac

Wild life Clock

Here is my latest 3D work I made yesterday, I got the idea from Michael T over on the Vectric forum. The clock is 10.5″ wide, 17.5″ tall and 1.25″ thick, the material is Hickory.

Roughing – .25 end mill – 200 ins/min
Finishing – .125 taper ball nose – 150 ins/min

Total machine time 5 hours

Lazy Susan project

My wife wanted a large Lazy Susan and since she like the basket weave design this is what I came up with, The material African Mahogany and there is no finish on it yet, my wife will do the finishing herself.

3D Wild Life Carving

Here is my latest project, it’s a 3D carving for above a door. The design is from Vectric Wild life DVD.
Material is African mahogany 1 1/8″ thick, 34″ long x 10″ high, the 3D carving is 32″ long x 8″ high.
Roughing toolpath was done was a 1/4″ end mill – machining time: 2 hours.
Finishing Toolpath was done with 1/8″ taper ball nose – machining time – 4 hours 10 minutes.
Total machine time was 6 hours 10 minutes.

At present there is no finish applied and I am thinking of doing a glaze finish. see glazing finish tutorial by Tim Merrill Here

Valentines Day Project

Here is a project I made for my wife for Valentines day, this project was designed by Michael Tyler ( and hosted by Vectric (

Here is the link Project Tutorial

– I used Bubinga wood for the main project also known as African Rosewood, Essingang, Buvenga.
– 1/4″ dowels  from the local craft store.
– 3 feet from the local craft store.
– Krylon Metallic Brilliant Gold spray paint – for the dowels and feet
– Krylon Metallic Brilliant Red spray paint

The only finish I did was 2 coats of shellac on the Bubinga.

Total machine time was around 4 hours, 3 router bits were use.
1) 1/4″ end mill (roughing),
2) 1/8″ ball nose (finishing),
3) 1/4″ end mill (cut out)

3 Home theater signs

Here are 3 home theater signs made from 1/2″ MDF, finish size is 14″ wide by 9 1/2″ high. Cutting time on the CNC was around 2 hours per sign.

Here is an update picture of the signs installed.

Making a spoilerboard for my Stinger CNC router

I finally got round to making a spoilerboard for my Stinger CNC router. I cut 3 pieces of ¾” MDF and screwed them down to the Stinger top, leaving the “T” slots open so I could use them for clamping later on. Then I draw a rectangle the size of the spoilerboard in Aspire, created a tool path and sent it to WinCNC … and that’s it. I machined the end and side of the spoilerboard parallel to the axis so I can align my work piece.