HOME IMPROVEMENT Index
Appliances
Basement
Bathrooms
Bedrooms
Cleaning
Contractors
Doors
Driveways & Paths
Duct Tape
Electrical Systems
Family Room
Fences & Gates
Fireplace
Floor Coverings
Furniture
Handles, Knobs & Hinges
Help on the Homefront
Home Energy Efficiency
Home Office
Homeowner in Process
House Exterior
Indoor Pests
Kitchens
Lighting
Outdoor Equipment
Outdoor Structures
Painting
Plumbing
Safety
Sports-Related Additions
Staining
Stairs
Storage
Tools
Adhesives & Sealants
Chisels & Planes
Clamps & Vises
Drills
Hammers
Hardware & Accessories
Knives & Blades
Measuring
Metalworking
Power Tools
Sanders & Scrapers
Saws
Screwdrivers
Storing & Organizing
Woodworking
Wrenches & Pliers
Other

Utility Room
Walls & Ceilings
Windows

BEST OF
HOME IMPROVEMENT
Flooring
Decks
Mold Quiz
Home Safety
Tiling Techniques
Lighting Solutions
Weekend Projects
DIY to the Rescue
Home Renovations
Bathroom Makeover
Kitchen Renovations
Ultimate Media Room
Be Your Own Contractor

SPONSOR LINKS

  • Panel-Saw Basics and Faux Raised Paneling
  • From "DIY Tools & Techniques"
    episode DIT-140
    advertisement

    Click here to view a larger image.

    Figure A

    Click here to view a larger image.

    Figure B

    Click here to view a larger image.

    Figure C

    Click here to view a larger image.

    Figure D

    Click here to view a larger image.

    Figure E

    Click here to view a larger image.

    Figure F

    Click here to view a larger image.

    The look of raised-panel cuts can be created with a plunge router and a panel-saw table.

    Click here to view a larger image.

    Figure G

    Click here to view a larger image.

    Figure H

    Click here to view a larger image.

    Figure I

    Click here to view a larger image.

    Figure J

    The panel saw has the ability to rip, crosscut and cut bevels. It's also handy for cutting and routing through sheet stock. A panel-saw table gives the tool greater precision and versatility.

    A panel-saw table may be locked into place at various angles (figure A). The main component of the table is a large T-square with sliding rails (figure B). The square acts as a guide to ensure the saw makes perfectly straight cuts. A brace locks it in the desired position and ensures the alignment of the T-square.

    To make a rip cut using a panel saw and panel-saw table, mount the saw perpendicular to the T-square, and lock it into the T-square's compression fittings (figure C). Push the saw down the length of the work piece. The T-square will ensure that the cut is perfectly straight.

    To make a crosscut using a panel saw and panel-saw table, mount the saw parallel to the T-square (figure D). Push the saw along the T-square's rails to ensure a perfectly straight crosscut.

    To make taper cuts with a panel saw and panel-saw table, place the work piece in position on the table at the desired angle. Screw a scrap piece of wood at the foot of the work piece to act as a stop. Screw another scrap piece of wood to the side of the work piece to provide a second stop (figure E). Lock down the saw perpendicular to the T-square (figure F), and guide it through the work piece.

    Faux Raised Paneling

    A panel-saw table can be used with a lot more than just a panel saw. With the help of a plunge router, the table can be used to create faux raised-panel cuts. It's a simple process you can accomplish without ever moving the work piece.

    Materials:

    Work piece
    Four scrap pieces of wood
    Screwdriver and screws
    Pencil
    T-square
    Panel-saw table
    Plunge router

    1. Use scrap pieces of wood as fences on all four sides of the work piece. Screw the scraps into place on the panel-saw table (figure G).
    2. Set the plunge router to the desired depth of the grooves you want in the work piece. Mount the router on the T-square.
    3. Use a pencil to trace the lines where you want the grooves to be on the work piece.
    4. Tighten the four stops on the T-square's rails at the ends of the four pencil lines (figure H).
    5. Set the gauge on the T-square to correspond with the center of the router (figure I). Tighten the gauge in place at that point.
    6. Turn on the router. Make a pass down the first pencil line, sliding the T-square and router until they hit the stop (figure J).
    7. Working counterclockwise, make the second, third and fourth cuts just as you did the first one.

  • ALSO IN THIS EPISODE: