The plastic handle provides a comfortable grip. The end is tapered on both sides of the bar.

With 14 different head positions, these pry bars fit into difficult-to-access spots for maximum leverage. Because you set the head where you need it, these bars replace the need to have multiple pry bars on hand. Use them for jobs ranging from demolition work to aligning components. Made of steel, these pry bars meet ASME B107.410, so they’ll hold up in heavy duty industrial work.

Bars with a smooth head have no ridges, so they easily slide into tight spots.

Bars with a grooved head grip better than bars with a smooth head. They're less likely to slip during high-torque prying.

Lift and pry small objects, such as electronic and circuit board-mounted components. These tools have a static-dissipative handle that drains static from your application, preventing buildup from electrostatic discharge (ESD) that can damage sensitive equipment. They are also known as chip lifters.

The gooseneck end of these pry bars is aluminum-bronze coated to prevent scratching. Often used to separate die blocks, they're also known as die bars.

The claw-shaped end grips and extracts nails, tacks, and brads. Also known as claw bars.

Style A are also known as bear claws.

Style B are often used for stripping and removing wooden concrete forms after concrete has set.

Style F have a handle arch that allows more swing during pulling and prying without the need to use a block for leverage.

Style G are also known as crow bars.

The claw-shaped end grips and extracts nails, tacks, and brads while the plastic handle provides a comfortable grip.

An insulated handle protects against shock from accidental contact with live electrical circuits. These tools are tested to 1,000 volts to meet IEC 60900 and ASTM F1505. The end is tapered on both sides of the bar.