698 useful answers · Page 21 of 30
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Search this topicDo not assume so. Ordinary biscuits are useful for alignment and some mitered assemblies, but they are not equivalent to a properly sized structural tenon joining an apron to a leg. Use the joinery specified by a proven furniture design. A connection that stays together during a dry fit has not demonstrated adequate strength in service.
Use the jig’s depth scale or setup instructions with its matching bit, then tighten the collar securely. Make a test hole in an offcut with the jig clamped as it will be on the project and verify the usable depth. Include the jig’s guide thickness in the setup; measuring exposed bit length alone can be misleading.
Use hammer mode for suitable masonry work when both the drill and masonry bit are designed for it. The bit rotates while receiving forward blows. Switch to ordinary rotary mode for wood, metal and screwdriving; hammering is not an upgrade for every material. Check the drill manual and the surface before drilling, including concealed wiring or pipes.
No. An impact driver commonly accepts quarter-inch hex-shank bits for driving screws. An impact wrench usually has a square drive for sockets and is intended for nuts and bolts. Both can deliver rotational impacts, but their bit connections and typical torque ranges differ. Match the tool and impact-rated accessory to the fastener rather than choosing by appearance.
They serve different purposes. E-Clutch on equipped tools senses tool movement and reduces motor torque to help manage a bind-up. A numbered screwdriving clutch limits driving torque at its selected setting. Do not rely on either feature to make poor workholding safe: follow the model’s instructions, secure the work and use the specified handles and grip.
On the Bosch two-speed drill covered here, gear 1 provides lower speed for screwdriving and larger drilling diameters; gear 2 provides higher speed for smaller drilling diameters. The trigger still varies speed within the selected gear. Choose a speed suitable for the bit and material, and check your own drill’s instructions because speed ranges differ.
For the Bosch drill covered here, stop the tool before moving the mechanical gear selector. Push the selector fully into its intended position rather than leaving it between gears. This is a different control from the variable-speed trigger. Follow the instructions for your model if the selector resists; do not force a partially engaged gear under power.
Orbital action adds a forward motion to the blade’s cutting stroke. More action can cut suitable wood faster but generally produces a rougher edge. Start with little or no orbital action for a cleaner finish; Bosch specifies no orbital action for materials and blades such as thin sheet metal and reverse-tooth blades. Test the recommended setting on scrap.
An ordinary upward-cutting jigsaw blade tends to leave the cleaner face underneath. A reverse-tooth blade cuts downward and can protect the visible upper face, but it needs careful control with the footplate held against secured work. Use the blade maker’s instructions, disable orbital action for the reverse-tooth blade covered here and try a scrap piece before the finished panel.
Excessive extraction suction can pull the sanding pad down hard enough to interfere with smooth movement. Festool recommends adjusting suction so the sander moves freely while dust is still collected. Also avoid pressing heavily on the tool. Check abrasive alignment and the manual for your model before assuming the sander needs a replacement motor or pad.
The geared rotary and eccentric mode is intended for more aggressive removal, while random-orbit mode is used for finer sanding. Select the appropriate abrasive and pad as well as the operating mode; changing modes alone does not erase deep scratches. Follow the model’s switching instructions and test the combination on scrap before sanding a visible surface.
Use the side where the disc travels downward toward the table so its motion supports the work instead of lifting it. Check the machine’s rotation direction rather than assuming left or right. Keep the work supported, hands clear and guards in place. Wear eye protection, manage dust and disconnect power before adjusting the table or machine.
Use an appropriate holding jig when the work is too small or thin to control while keeping fingers away from the abrasive. Do not compensate by pinching closer to the moving disc or belt. Keep the work supported on the correctly adjusted table and follow the machine’s minimum work-size guidance. Choose a different method if safe support is not possible.
Mount it securely on a suitable bench or stand at a comfortable working height, following the manufacturer’s fastening instructions. A loose saw and poorly supported stock make cuts harder to control. Arrange support for long pieces without tipping the saw, inspect the guard and secure the work against the fence. Wear eye and hearing protection and control sawdust.
A miter saw is not a substitute for a tool designed to rip boards. Do not pull a board through its blade or attempt a freehand cut outside the saw’s intended operation. Use a suitable ripping method with proper support and guarding. For normal miter-saw cuts, hold or clamp one supported piece against the fence and follow the manual.
You may be planing against the grain, using a dull blade or taking too heavy a cut. Read the grain direction, sharpen the blade and try a shallower pass; changing direction can help when the grain allows it. Keep the plane supported on the work. Difficult reversing grain may need a different setup rather than more pushing force.
Clamp a sacrificial backing piece tightly against the exit edge so the fibers remain supported as the blade leaves the board. Use a sharp blade, a light cut and secure workholding. Another approach is to plane inward from each edge rather than driving off an unsupported corner. Try the setup on scrap before trimming a finished part.
On a bevel-up block plane, the bed angle and blade bevel together determine the cutting angle. Lee Valley’s example combines a 12-degree bed with a 25-degree bevel for a 37-degree cut, lower than the 45-degree example for a standard-angle plane. That lower angle helps end-grain cutting, but a sharp edge and a light pass remain essential.
Sharp blade corners can score parallel tracks when the board is wider than the blade. Check blade alignment first, then follow the plane’s sharpening guidance for lightly easing the corners or applying an appropriate slight camber. Do not grind a large curve indiscriminately: the blade shape should suit the work and the amount of material you intend to remove.
It holds the blade at a controlled projection relative to the roller and abrasive. On the Veritas Mk.II, the registration jig sets projection and helps square the blade before clamping. Use the correct registration setting and confirm the blade is seated securely. Guessing projection each time defeats the guide’s main advantage and can create a different bevel.
Remove abrasive residue and dry the guide rather than leaving slurry on its moving parts. Follow its maker’s lubrication directions; Veritas specifies occasional care for the roller mechanism. Check that the roller turns freely and the blade clamp and registration surfaces are clean before the next use. Packed grit can interfere with a repeatable, square setup.
The cutting edge is where the back and bevel meet, so polishing only the bevel cannot correct an uneven surface at that intersection. Prepare the back near the cutting edge as the tool’s instructions describe, keeping it flat on the abrasive. Avoid unintentionally rounding the edge or adding a back bevel when the tool is not designed for one.
A guide designed for short blades can hold pieces that cannot project far enough through a conventional jig. Check the blade dimensions and shape against the guide’s compatibility information before buying or clamping it. Veritas’s short-blade guide uses adjustable holding fingers and its own registration setup. Do not force a barely gripped blade into an insecure standard guide.
It makes a small indentation at the marked center to help the drill bit begin in the intended position instead of wandering across a smooth surface. Secure the work and use a suitable punch and striking method with eye protection. The mark locates the hole; it does not replace proper clamping, an appropriate bit or the correct drilling speed.
Source checks for these answers: September 22, 2026. Product instructions and local requirements can vary.