The two most common complaints users tend to experience when using screwdriver bit sets are slipping or &#;camming out&#;, and stripping/damaging a screw head (or, less frequently, the bit itself).
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The latter is most often caused by using the wrong size or type of screwdriver bit for the screw, although excessive wear to either part can also be a direct cause. Either way, the likelihood of either problem occurring is dramatically reduced by ensuring you select the right bit for the job at hand.
&#;Camming out&#; is the technical term for when a screwdriver bit slips out of the recessed slot in the head of a screw. It&#;s a fairly common issue when the torque of the driver tool suddenly exceeds the bit&#;s grip in the screw head, and if you&#;re unlucky enough it can easily result in damage to adjacent surfaces.
Although cam-out is generally seen as an undesirable outcome, some types of screw heads and screwdriver bits were in fact designed specifically to allow for it. The extremely popular Phillips head (cross or cruciform) shape is the most notable example - the original intent was to help avoid damaging workpieces through excessive torque or &#;overdriving.' Various other sorts of screw heads and screwdriver bits are explicitly manufactured to prevent cam-out, including both Pozidriv and Torx alternatives.
Ratchet It Up and Add Multi-Bits
You will face jobs that require the use of a &#;hand-powered&#; screwdriver, but also demand speed and torque. How do you get as much speed and torque from your screwdriver without resorting to battery power?
The simple answer is to use a ratchet screwdriver that uses multi-bits.
Contact us to discuss your requirements of screwdriver manufacturer. Our experienced sales team can help you identify the options that best suit your needs.
A ratchet screwdriver with a good, solid mechanism will allow you to turn screws with greater speed and higher torque. This will still give you hand-control over the application. Look out for mechanisms in the ratchet screwdriver. These allow you plenty of control over the torque as you tighten or loosen.
Pay attention to the manufacturing of bar and tip of your screwdriver. Look for chrome vanadium steel as this is both strong and corrosion-resistant. Sand blasted tips provide a secure grip in the slot or recess of the screw head.
Bits are important to consider also.
Rather than fiddling around with several different screwdrivers according to the sort of head fitted on them, a multi-bit screwdriver is supplied with interchangeable adaptors that magnetically hold a variety of bits, from standard 1/4&#; hex drive Phillips to 1/4&#; hex drive torx.
Keeping track of your multi-bits while on site may be tricky, so look for a ratchet screwdriver that has some sort of internal, or adequate, safe external, storage.
Here&#;s a great example of a multibit ratchet screwdriver to consider:
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