A router table is a versatile woodworking tool that allows you to precisely guide a router, enabling you to perform a wide variety of operations with ease and accuracy. But you might be wondering, "What do you do with a router table?" This comprehensive guide will explore the myriad uses of a router table, delving into its main functions and providing practical examples to help you make the most of this essential workshop tool.
Before we dive into the different applications of a router table, let's quickly Recap what a router table is. It's a router mounted upside-down on a flat surface, with its base acting as the operating surface. The router bit protrudes through the table, allowing you to guide your woodstock across the spinning bit, ensuring accurate and consistent results.
Routout Beds, Grooves, and Edges
One of the primary uses of a router table is to create beds, grooves, and edges on your woodwork. This precision tool enables you to achieve smooth, accurate, and even cuts that would be challenging to accomplish with a handheld router.
Selecting the appropriate bit for your router table is crucial to achieving the desired results. For instance, use a straight bit with a top-bearing or a large-fluted straight bit for creating grooves or edge profiles. Top-bearing bits allow you to easily follow the router table fence, ensuring consistent depth and minimal tear-out.
Routout Beds for Joints
A router table is invaluable when it comes to creating joinery, such as mortise and tenon joints. By using the router table fence as a guide, you can router a precise mortise into your stock, ensuring a tight-fitting joint.
To create a mortise, start by setting up your router table with a router bit that matches the diameter of the tenon you want to create. Feed your stock against the fence, keeping the bit's edge flush with the stock's edge. Make multiple passes if needed to achieve the desired depth, ensuring that you avoid removing too much material in one go to prevent tear-out.
Routing Grooves for Panel Doors
For panel doors, it's essential to rout grooves that accommodate the panel's thickness while allowing it to sit flush with the door's face. A router table makes this task simple and accurate.
First, set up your router table with a straight bit that matches the panel's thickness. Adjust the bit's height to create the desired groove depth. Then, feed your door against the router table fence, keeping the bit's edge flush with the door's face. Make multiple passes if needed to achieve the desired groove depth. Once complete, the panel should fit snugly into the routed groove, creating a professional and attractive panel door.
Templating and Inlay Work
A router table is an excellent tool for templating and inlay work, as it allows you to accurately reproduce complex shapes and patterns with ease. With a router table, you can create intricate inlays, patterns, and decorative edges that would be difficult or time-consuming to achieve using other methods.
To use a router table for templating, begin by creating a template from a piece of material that matches your stock, such as melamine or hardboard. Trace the desired shape or pattern onto the template, then use a jigsaw or bandsaw to cut out the design. Attach the template to your router table's fence using screws or a temporary adhesive, ensuring that the tracing side faces out.
Routing Inlays and Decorative Motifs
To rout an inlay or decorative motif, place your stock against the template-mounted fence, with the area to be routed flush against the template. Feed the stock through the router table, allowing the bit to follow the template's shape. Make multiple passes if needed, ensuring that you don't remove too much material at once to prevent tear-out. Once complete, you'll have a beautiful, intricate inlay or decorative motif routed into your stock.
When working with templates, it's essential to ensure that your router table is well-supported and secure. Consider using a router table lift or extending your existing table to provide additional support for large or unwieldy templates. Additionally, always wear appropriate safety gear when using a router table, including safety glasses, ear protection, and a dust mask.
Creating Pattern Cuts for Laminate and Veneer
A router table can also help you create pattern cuts for laminate and veneer work, allowing you to achieve matching grain patterns on multiple pieces of stock. To create pattern cuts, begin by cutting your laminate or veneer sheets larger than the desired size. Next, securely attach the sheet to your router table's fence, ensuring that the side with the visible grain faces out.
Using a straight bit that matches the desired cut's thickness, feed the stock through the router table, allowing the bit to cut along the grain pattern. Make multiple passes if needed, ensuring that you don't remove too much material at once. Once complete, you'll have a beautiful, matching grain pattern on all of your routed pieces. By using a router table to create pattern cuts, you can achieve professional results with minimal effort and waste.
Turning Stock on Edge
Another useful function of a router table is its ability to turn stock on edge, enabling you to create complex profiles and shapes that would be challenging or impossible to achieve using other methods. By turning your stock on edge, you can create decorative edges, moldings, and even turn complex three-dimensional shapes.
To turn stock on edge, begin by setting up your router table with a bit and fence combination that matches the desired profile. Attach your stock to a support system, such as a router table fence extension or a shop-made device, ensuring that the profile side faces the bit. Slowly feed the stock through the router table, allowing the bit to cut the desired profile. Make multiple passes if needed, always ensuring that you keep the stock perpendicular to the bit.
Creating Routed Profiles for Decorative Edges
By turning stock on edge, you can create intricate decorative edges for cabinets, furniture, and other woodworking projects. To do so, select a router bit that matches the desired profile, such as an ovolo or bead and cove bit. Set up your router table with the appropriate fence and bit height, then attach your stock to a support system as described earlier.
Slowly feed the stock through the router table, allowing the bit to cut the desired profile along the edge. Make multiple passes if needed, ensuring that you maintain the stock's perpendicular orientation to the bit. Once complete, you'll have a beautiful, decorative edge routed into your stock. To ensure a consistent profile along the entire edge, consider using a bearing-guided router bit, which follows the fence's edge, ensuring consistent depth and minimal tear-out.
Turning Complex Profiles for Three-Dimensional Shapes
With a router table, you can also turn complex three-dimensional shapes by combining multiple profile cuts to create intricate geometries. To do so, begin by designing your shape in a CAD program or by drafting it on paper. Break the shape down into its constituent profiles, then create a router table bit and fence combination that matches each profile.
Using your design as a guide, set up your router table with the appropriate bit and fence combination for each profile. Feed your stock through the router table, allowing the bit to cut the desired profile along the edge. Make multiple passes if needed, ensuring that you maintain the stock's perpendicular orientation to the bit. Once you've routed all the required profiles, glue and assemble the pieces to create your final three-dimensional shape.
In conclusion, a router table is an incredibly versatile tool that expands the capabilities of your workshop. From creating joints, grooves, and edges to templating, inlay work, and turning stock on edge, a router table enables you to achieve professional results with ease and accuracy. Don't let this valuable tool gather dust in your workshop – embrace its possibilities and elevate your woodworking to the next level.