NoClogger T-Handle 1.75mm, Red

NoClogger T-Handle 1.75mm, Red

With NoClogger, 3D printing just got a whole lot easier. This essential tool effectively unclogs tubes, extruders, and nozzles, eliminating the need for time-consuming and frustrating methods like Cold Pulling and disassembling. Say goodbye to the hassle of constantly changing nozzles and hello to smooth and efficient 3D printing with NoClogger.

The 10 in (250mm) shaft of this tool enables you to effortlessly clean a wide variety of extruders, tubes, nozzles, and more, making it a versatile solution for all your cleaning needs.

The Noclogger is designed with longevity in mind, and that's why every unit comes equipped with a sharp blade for cleaning the tip and shaft. By regularly cleaning your Noclogger after use, you can ensure its optimal performance and prolong its lifespan.

A tool specifically designed for clearing clogs.

One Push, Problem Solved. Back to Creating.

• No tools. No fuss. Just a swift push and your print is saved.
• Turn frustration into freedom. Stop letting clogged nozzles ruin your day.
• More prints, fewer problems. Because your ideas deserve better.

Push as much as needed

The NoClogger has a movable indicator on the shaft that helps prevent the use of excessive force.

Free STL Files

Explore our collection of free STL files,ranging from NoClogger accessories to creative models like the iconic Alcatraz Island. Download here.

Clean and Reuse

A sharp blade is included in the package for cleaning the tip and shaft of the NoClogger

Save Time and Money

Extend Your Nozzle Life Up to 20x with NoClogger. NoClogger prevents frequent nozzle replacements, saving on maintenance costs and downtime

Perfect Material.

Built from a unique alloy with a precision-engineered tip, the NoClogger rod ensures reliable performance and effective clog removal without damaging your printer.

One Tool. Endless Possibilities.

Like every great tool, NoClogger doesn’t stop at one job. It’s built to handle more than 3D printing—because true quality never limits itself.