Box Joint Jig Video: How to Make a Box Joint Jig/Finger Joint Jig for a Tablesaw

Duration: 5:37

Box joints, also called finger joints, are a great way to join corners on a box. Not only do they add a significant amount of strength, they also look great. Especially when the box joint is made from contrasting materials. The table saw, equipped with a dado head, provides a great way to make box joints, provided you have a jig. WWGOA’s box joint jig video shows a simple shop-made box joint jig is the perfect solution to your box joint needs.

The plans for this jig can be found here.

Discussion
  • (will not be published)

13 Responses to “Box Joint Jig Video: How to Make a Box Joint Jig/Finger Joint Jig for a Tablesaw”
    • WWGOA Team

      The pin should be made of hardwood, and should be 1/4″ wide (or whatever is the size of your dado) x 1-3/8″ long. It should be the height of your dado slot minus 1/16″.

      Reply
  1. dalemurray

    Just a suggestion, how about making the links in the articles a little more obvious. I’m color blind and had to mouse over the article looking for my pointer to change.

    Color seems like an obvious indicator but not for everyone.

    Reply
    • Customer Service

      Thank you for your comment. We would like to let you know that your feedback has been forwarded to the proper department. Your suggestions are important to us and help with the development of our online video streaming community.

      Reply
    • Customer Service

      Hi Gerard. You will need to be signed into your membership in order to view the plans.

      Reply
  2. charveyneal

    This tells how to adjust the jig but nothing about how to use it. I need to know how it’s used starting with the blanks.

    Reply
  3. RONALD

    Some years ago, I made an elaborate—many might say ridiculously so—jig which is somewhat similar to Matthias Wandel’s screw advance box-joint jig, but varies in many ways. It does however have a gearbox facilitating a moveable carriage. I had never been able previously to escape the problem of compounding whatever original error might exist in the first cut, e.g. being a thou off in the first cut will create an error of two-hundredths in the twentieth. I just don’t know how to avoid the problem this way.

    Reply
  4. Jim Hipwell

    Great to know how to adjust the jig but how did you make it from scratch? Mostly curious about the pin and space between pin and blade.

    Reply