Hinge Mortises on the Tablesaw
Speed Up Handplane Honing with Your Ruler
A Woodturner's Guide to Chucks and Jaws
Smoothing Plane Tips and Techniques
Capture More Dust from Your Router Table
Drawbore Your Mortise-and-Tenon Joinery
The Coolest Cutting Board Ever?
Customize Your Router for Centered Mortises
Workbench Tool Storage Solutions
How to Sharpen Hollow Chisel Mortising Bits
The Essential Tool Chest
Simple Tape Trick for Tight Fitting Through-Mortises
Biscuit Joiner Tips and Tricks
Mounting Knife Hinges in Curved Doors
Bevel-Up Jack Planes are a Workshop Workhorse
Flutes on the Pilasterscomments (4) January 4th, 2011 in blogs
I'm developing a model of a famous American Corner Cupboard. I built this piece years ago but did not have the advantage of a SketchUp model.
Here's the current status of the model (finished except for hardware):
While working on this, I was surprised by the complexity of creating flutes in the pilasters. Here's a closer look at these features.
Seems simple enough to run a router bit (with a rounded end) down the length of flutes; while in SketchUp, it's not that easy. At least I did not find a quick and easy way. I'll show you the method I finally used.
Step 1: First step is create the Pilaster which is a simple Line and Push/Pull exercise. This is the lower Pilaster.
Step 2: Now to create a "Flute Cutter". I made a flat profile the length of the flute, and the profile includes a quarter-circle shape on the top and bottom ends. Add a circular path for Follow Me, and the profile is turned into a dowel shape with rounded tips.
Step 3: In this step, I right click on the flute cutter and select Entity Info. I'm checking that the component is a "Solid Component". Note that the Entity Info dialog box does indeed tell me that I have a qualified Solid. This means I will be able to use the Solid Tools that are new to SketchUp version 8. (Solid Tools is included only in the Pro version, but the Intersect features of the free version will accomplish the same results, but with more clean-up steps.)
Step 4: I also need to change the axis location on the flute cutter component. This will help position the flute cutter on to the Pilaster. (When you grab a component from the Component Dialog Box, the cursor is connected to the origin of the axes on the component.) Right click on the component and pick Change Axes. Place the axes on the very center point as shown in the second illustration.
Step 5: On the Pilaster, draw a line locating the lower starting point of the flutes. Then right click on that line, pick Divide, and divide the line into 5 segments. (There are four flutes equally spaced on the width of the Pilaster.)
Step 6: Open the Components Dialog Box (Click on Window in the Task Bar, and then choose Components from the pop up list). Click on the Flute Cutter in the list of components and move the component to the Pilaster and connect to the divide endpoints of the horizontal line.
Here's a closer look - in X-ray - at the four flute cutters placed on the line.
Step 7: With the use of Solid Tools, and particularly the last one called Split, click on the Pilaster then one of the flute cutters. Do this operation for each of the 4 cutters.
If you are using the free version, you can explode Pilaster and each of the flute components, then select all and Intersect Selected.
Step 8: The Split Solid Tool creates three groups from the original components or groups - a Difference 1, Difference 2, and the Intersection. In the picture below I've pulled out the Difference 1 group. This part is waste and is deleted. The Intersection group is the resulting flute which is saved.
Step 9: I want the resulting flutes to be included within the Pilaster component definition, so I select all, right click, and pick Explode from the pop up menu. Now make the whole Pilaster a component again.
Step 10: This is the last step. Click on the face of each flute and delete with the eraser or the Delete key.
posted in: blogs, period interpretation, cupboard
Save up to 51% on Fine Woodworking
Become a Better Woodworker
About Design. Click. Build.
Learn the art and science of designing furniture in SketchUp with Fine Woodworking's official blog. Moderated by a devoted community of woodworkers, we feature step-by-step SketchUp tutorials on designing components, downloads of pre-built 3D models of furniture parts, and news and information about the evolving world of digital furniture design.
Basic SketchUp Tutorials
Learn the basics of building furniture in SketchUp with these classic posts from the Design. Click. Build. blog.
Creating a Project Plan in SketchUp
How I Draw in SketchUp
Axes in SketchUp
The SketchUp Move Tool
The SketchUp Rotate Tool
The SketchUp Scale Tool
Materials, Colors, and Textures
Applying Wood Grain Skins in SketchUp
Easy Dovetail Joints in SketchUp
Meet the Authors