The SORAKO screwdriver is not plugged into a socket and does not require any form of electricity to operate.
It is rechargeable Electronics screwdriver. It has a maximum voltage of 4V. It even has an LED light. It also has an LED light that assists in lighting the surface or area where one is operating.
The screwdriver has a battery of 1300mA. The battery is rechargeable. I also like that it provides the screwdriver with reasonable battery power. You can use one for some time before having to reload or recharge it.
Electronic screwdrivers:
Power screwdrivers are electronic power tools used to supply the necessary force in terms of torque to rotate the screw to achieve fastening. Electronic screwdrivers on the other hand have a motor that spins the up and end of the screwdriver which offer much more torque and speed than if it were done by hand.
The basic parts of an electronic screwdriver are the grip or handle, motor, power supply, spindle or bit carrier, commonly adjustable torque control and rotation control. Depending on the design of the tool, the body may assume a pistol-grip coz it is easier to handle. The electric motor is used to drive the screws at speeds within the range of 200 to 2000 rev per minute depending on the tool used.
Today most of the electronics screwdrivers are designed to work with a rechargeable lithium ion battery as the power supply. The batteries can be interchanged and recharged so they are always in detail and prepared for use. There are those screwdrivers that are fixed with a cord and this is because it is connected to an outlet and so is constantly charged.
As this motor turns the screw driving tip, it is firmly held by the chuck, or bit holder. The best electronic screwdrivers will have a quick release chuck through which bits can be changed without the use of a tool. The direction setting enable the user to select for rotation forward, which advances the screw, or in reverse, to turn the screw back. Rotation control dictates how strong the turning action is as to avoid screw and the additional fixing stripping.
Electronic screwdrivers provide many benefits over manual screwdrivers:
- Speed: Electronics screwdrivers move the screw tip to rotate with high RPM speeds, meaning it screws far much faster than just twisting. A significant number of designs of screwdrivers has a trigger that allows speed selection during the process of operation.
- Torque: The electric motors which are used offer tremendous amounts of torque or rotational force. This makes it possible to sink screws into hard wood or masonry within very short period of time. This is because the torque control allows users to set levels of force required for an application.
- Ergonomics: The pistol grip, trigger operation and counterbalance weight distribution in electronic screwdrivers improves comfort hence ease when using the tool for long hours. The tools do most of the heavy lifting, as it were.
- Fast Bit Changes: Quick release bit holders provide easy change of all types of screw bits and tips for various uses without using wrenches or other tools.
- Cordless Operation: cordlessbatterypowered screwdrivers give maximum convenience and working mobility and free access to screws in confined spaces at any work-site. The batteries are easy to swap and can be recharged from outside.
Common Types of Electronics Screwdrivers Discussions
There are three main categories of electric screwdrivers serving different applications:
- Cordless Drill-Drivers: The simplest and perhaps the most popular design of the power tools is a cordless drill-driver which has a screwdriving function coupled with drilling. Thus, they can make holes as also twist screws or bolts can be inserted through them to a surface. The majority of household drill-drivers utilizes rechargeable lithium-ion batteries which in turn can be interchanged to provide a seamless working. It operates at 12 – 20+ V with speed regulation and torque control. Length wise drill-drivers are available in small sizes right up to large size. Some of the brands available are DeWalt, Makita, Milwaukee, Bosch as well as Ridgid.
- Power Screwdrivers: Appliances made in the form of a screwdriver for driving and extracting screws in contrast to the drilling equipment. The slimline, pistol grip and magnetic screw driven bit holders perform exceptionally well for inserting screws at a fast rate. Designed for constant driving in woods, drywalls, or metals. Known to be used where a drill-driver is likely to be too bulky. Power screwdrivers operate mostly at 18+ volts for enough torque. The famous impact wrench manufacturers are Milwaukee, Makita and Bosch.
- Electric Automotive Screwdrivers: Heavy duty electrical screw drivers used for automotive or commercial shop applications. Satisfactory torque ratings jointed with adjustable speed triggers germinate screws through complex stratum of metals, woods or other stacked substances. Larger lithium batteries give working time to drive hundreds or thousands of screws in one cycle charge. Employed for auto mechanics, automotive construction, Heating, Ventilation and Air-Conditioning and general mechanical work among others. Brands of air tools recognized include Ingersoll Rand, Snap On, Mac Tools and Astro Pneumatic.
favoured characteristics of electronics screwdrivers
Today’s latest generation of electronics screwdrivers offer advanced capabilities to enhance functionality:
Brushless motors which work cool, slick and are more efficient than brushed motors
Advanced chargers that can top up battery packs that would require less than thirty minutes of charging time.
Straps and clips in order to hold work tools and other accessories during their operations.
- LED lights to well light up the workplace to avoid leaving any shadow behind
According to the invention, magnetic bit tips for the screw, which strongly hold it and let go when the torque limit has been achieved.
Torx screwdriver heads with an ability to fit right angle to reach and turn in very confined areas.
Screwdriving Applications & Tips
Electronics screwdrivers are extremely versatile tools used for driving screws in many materials across virtually all construction applications:
Woodworking: Pilot holes reduces the chances of splitting with the wood for screwing wooden surfaces and other wood related material. Prevent over-driving the engine, reduce torque lower (operate between maximum power and the point of maximum torque).
Drywall Installation: Reduce the time taken to drive long drywall screws largely without straining yourself. The gun-style grip provides enough support during the overhead drive performance. To eliminate drill tip walk on starts: use a centre punch.
Metal Framing: Electric tools advance self-tapping metal framing screws conveniently while the adjustable clutches that help to avoid screw stripping.
Deck Building: It is surprising to drive screws through fine cedar or redwood with a lot of lumber quickly without pre-boring since the quality electric screwdrivers come with control of speed and clutch.
Automotive Mechanics: When it is necessary to drive screws for removing the dashes of a car or a truck or just to get to other parts of automobile, tight access specialty small high torque electronic screwdrivers used to be quite helpful.
Electronics Repair: Such priceless little power screwdrivers are used to drive small screws to open electronic device casings and fix any internal issues without having to cause more harm to the devices.
When using an electric screwdriver use the pressure required to let the spinning threads on the screw head dig into the material but do not force down to a point that the motor slows down or screws turn at a wrong angle. Begin with low speed and gradually increase the speed once screwing starts and when threading starts. Obviously, raising vessels off a flat surface protects screw heads and other parts from being ruined besides avoiding scratching the hard drive. But if the user can let the tool to run at the speed at which it was designed to run then the screw driving jobs become easier.
Buying Considerations for Electronics Screwdrivers
Just a few key considerations when shopping for an electronic screwdriver to suit particular on-the-job needs include:
Power Source: Battery voltage defines torque force possible from a battery 12V-18V battery power is best used for light duties with a 18V-28V best used for heavier tasks. Cordless is much more convenient than corded while, corded offers continuous runtime to the equipment.
Chuck: A well-made quick release chuck that secures bits tightly yet lets the hand make swaps is crucial for versatility; hex chucks in 1/4 inch are the best.
Torque Control: Here, seek cam-type clutch applications that incorporate torque variation to control the amount of screwing required as well as to avoid stripping of screw heads.
Speed: Variable speed triggers allows slow starting and gradual increase of RMPs for effective control of fastener sinking.
Belt Clip: Proper belt clip which will allow the operations to conveniently use the powered screwdriver when operating at elevated heights such as on ladders.
Bit Assortment: Most come with assortments that come with typical screw tip sizes such as the Phillips, the slotted, square or hex and the Torx. The durability grades and lengths are also not standardized.
In any construction work that involves hammering numerous numbers of screws, or even in repair work where you have to hammer screws, electrical screwdrivers are exceedingly time saving than using nettle turns. New features in electric screwdrivers as brushless motors for power that nearly equals that of air screws; lithium batteries that can be changed as quickly as it takes to turn a screw; controls for both torque and speed; and snap-on bits means that no screw driving challenge is thrown today’s electric screwdriver that it cannot handle with greater ease than before. Selecting from top-tier brands, plus the features which are most aligned with planned screw-driving usages, creates higher rates of efficiency in any workplace.