Straight Line | Revolve 2.0 | Titanium – Stonewashed

StraightLine – REVOLVE 2.0

StraightLine has added an extra step to the bolt mechanism that allows you to fully lock or unlock the revolving drum. In the middle position, the magnet at the end of the bolt is closer to the bits, making it easier to handle and less likely for the bits to accidentally fall out.

StraightLine has also added an additional groove that locks the bolt closure when you push it all the way in, making it less likely to accidentally unlock during use. Last but not least, the cutouts on the drum and main body have been extended to ensure better compatibility with all bits available on the aftermarket.

REVOLVE 2.0 is a groundbreaking tool that redefines efficiency and simplicity in bit holders. It combines two classic mechanisms—a revolving drum and a bolt lock system—in one seamless design. This innovative approach takes the bit holder to a new level, offering unparalleled ease of use and versatility.

In addition, the sophisticated design of REVOLVE 2.0 ensures that every bit change is quick, precise, and reliable. The robust construction made from high-quality materials such as titanium frame and Blue Canyon Richlite guarantees durability, while the compact design makes the tool handy and easy to transport.

Whether for DIY projects, in the workshop, or on the go, REVOLVE 2.0 combines efficiency, comfort, and versatility in a single, innovative bit holder. With this tool, you always have the right bit at hand, securely locked in place and ready for any task. It’s more than just a tool—it’s a redefined experience when working with bits.

What sets REVOLVE 2.0 apart from conventional bit screwdrivers is its unique combination of innovative mechanisms and superior user-friendliness. The revolving drum and bolt locking system work seamlessly together to make this tool both powerful and intuitive – whether you’re an experienced professional or a casual user.

Experience the future of bit screwdrivers with REVOLVE 2.0 and discover how easy and efficient bit changes can be.