The best grabber tool will help you easily pick up and move furniture without damaging the floorsor your back.

What to Consider When Choosing the Best Grabber Tool

Grabber tools are available in a wide range of designs and sizes. Before making a purchase, consider the following factors.

Material

When it comes to choosing the best grabber tool for your needs, the material used to craft the tool is an important consideration. The majority of these tools are made from steel alloys, which can be tough and durable. However, while steel alloy tools tend to have a longer service life, they’re also the most expensive options.

Less popular materials like aluminum or magnesium are often cheaper and lighter, but these materials may not stand up to the demands of a busy workshop. In addition to considering material quality, also take into account the tools length, weight, and any additional features that might help make the job easier.

Length

Grabber tools can vary dramatically in size, with some large tools designed to fit into tight spaces and others more compact models intended for use around the home. Naturally, the larger the tool, the greater its capacity, but smaller tools dont lack in power. For example, a small handheld hammer drill might offer more torque than a large workshop hammer drill.

Also consider whether the grabber tool will be used in a variety of locations and situations. A versatile tool that works in several different scenarios is worth some extra cost. While larger tools usually provide better capacity, smaller models often perform just as well.

Weight

The weight of the grabber tool is a crucial factor to consider. Heavy tools wear out faster, especially if they’re only used occasionally. Also, keep in mind that over time, even lightweight tools may become heavier due to rust buildup.

Consider how heavy a load the tool will be required to lift. If the grabber tool will need to lift a significant amount, look for a model with a weight between 12 and 16 pounds. Tools under 10 pounds are often too light to be effective, whereas those above 20 pounds are typically more than adequate.

Corded vs. Cordless

Until quite recently, corded tools ruled the roost when it came to power tools. They werent particularly powerful, but they were reliable and could deliver a constant stream of energy without worrying about battery life or charging times.

However, they were limited by their power cord, which could get in the way during a job and potentially cause damage. These cords could also be a tripping hazard, especially in workshops where workers could easily injure themselves.

To address these problems, manufacturers developed cordless power tools. Though initially more expensive, these tools are now significantly less expensive than their corded counterparts. Battery power is still a valuable commodity, however, so dont go too long without using a cordless grabber tool.

Power

The power of the grabber tool is determined by the motors horsepower (hp), which is measured in units of torque. Torque is the amount of twisting power a motor has, which is essential for driving screws and other fasteners. Its also responsible for the tools ability to lift heavy loads.

While the hp rating of a corded tool is fixed, once the batteries are changed over, the torque of a cordless grabber tool is virtually limitless. This makes these tools much more versatile since they can drive a screw into one area, then move on to another without having to stop for rechargeals.

Torque isnt the only measurement that cordless grabber tools can boast, however. They also rate their speed, expressed in rpm, which is revolutions per minute. This is a vital figure for those who want to quickly complete a task.

Voltage

Voltage, or V, indicates the energy output of a cordless grabber tool. It is calculated by the voltage of the batterys amp-hours (Ah) rating. For example, a 12-volt battery pack will run twice as long as a 6-volt option.

While voltage remains constant, the type of battery used in a cordless power tool can affect runtime. Lead acid batteries are the most common, but there are also nickel cadmium and lithium-ion options.

Its also important to note that some tools come with two batteries, one for each hand, allowing users to swap between them as necessary.

Brushed vs. Brushless Motor

Brushed motors have been around since the invention of electric motors. These motors use a brush to send power to a coil, causing the coil to spin and creating magnetic flux that drives a magnet attached to a shaft. Magnetic flux does not create a current, so its not as efficient as a brushless motor, but these tools are often more affordable.

A brushless motor uses sensors and control boards to monitor the magnets position and create a virtual magnetic field, thus increasing overall efficiency. This results in greater performance and longer battery life. However, brushless motors are often more expensive.

Batteries

The batteries that power a cordless grabber tool are almost always lithium-ion. These batteries are lightweight, highly portable, and very powerful.

The amp-hour (Ah) rating of the battery is a good indication of the tools runtime. For example, a 4Ah battery will run three times as long as a 1.5Ah model.

There are no hard and fast rules when it comes to choosing a battery, but a few points are worth bearing in mind.

  • The first two batteries a tool comes with are rarely of the highest Ah rating, so buyers should expect to receive a couple of low-capacity batteries early on.
  • As batteries wear down, work becomes progressively harder. Eventually, even the strongest batteries will fail and require replacement. However, while it may seem counterproductive, this is actually a good thing because it means the batteries are working properly and the tool is functioning correctly.
  • The last resort is to replace the entire tool, which is a costly mistake.