Like driving a screw into a hardwood 2×4 or even drilling holes in concrete. The relatively low RPMs of a drill make it good for more heavy-duty work. Such as engraving, deburring metal edges, and light sanding. The fast RPMs of Dremel tools make it great for doing detailed work and surface work where the tool faces little resistance. The low RPM setting on a Dremel is higher than the highest RPM setting on a drill. A drill has a low RPM rate compared to the Dremel with an rpm ranging from 400 to 2000 RPMs. A Dremel has an extremely fast RPM rate ranging from 5000 to 35000 RPMs. RPMs measures how many times the spindle of a tool turns a full rotation in a minute. RPMs (Rounds Per Minute) – Dremel VS Drill But since the tools are used in such different ways, we cannot come to any conclusions by looking at the amperage of the tools. The main Dremel models can use 1.3 – 1.8 AMPs of constant power, cordless drills can use 4 – 8 AMPs of constant power.Ĭomparing the amperage between a Dremel and a drill shows that drills can make use of more electricity at any given time, and indicate a more powerful tool. Higher amperage helps the motor stay cool and not overheat over an undefined period of time. AMPs (Electricity Flow Rate) – Dremel VS DrillĪMPs is a unit of measurement that measures how much electricity the motor can constantly make use of. If a Dremel faces too much friction or resistance while in use, the rotation of the spindle will slow down and the motor will overheat or stop. A drill will be able to produce enough power to uphold the rotation of the spindle while facing large amounts of resistance. A drill will be able to produce a lot more rotational power than a Dremel will. To say it in simple terms, torque is the force a tool produces to turn an object. Design Straight Angled Size Small Larger Power Low High Max RPMs 35000 2000 Strengths Versatile and fast Powerful, can drill and screw into dense materials Stats used from Dremel 4000 and an average cordless drillĭremel Vs Drill: Main Differences Torque – Dremel Vs Drill But useful attachments have been developed to work with drills. The Main Differences Between A Dremel And A Drill – Table Metric Dremel Drill Torque Low High AMP (Electricity Flow Rate) 1.6 AMPs 4 – 8 AMPs Main Uses Polishing, cutting, drilling, sanding, engraving, sharpening, grinding, cleaning, woodcarving, and more Drilling holes and fastening screws Attachments Are designed to work well with attachments Not initially designed to be used with attachments. Or when we need to hang up a shelf, and we need to fasten it to the wall with screws so it does not fall down A drill is a powerful tool that can handle heavier tasks and more resistance than for example a Dremel.Įxample Of A Drill Use – When we are a new piece of furniture and we need to use the drill to fasten the screws. A drill is mainly designed to drill holes in a wide variety of materials including wood and metal and is also used for driving screws and fasteners. A drill is a tool that rotates larger bits at a low rpm and with high torque.
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