How to Use a Chitarra Pasta Cutter | Square-Cut Strands Every Time

One wrong push and the dough tears instead of cutting cleanly, leaving you with a crumpled sheet and a sticky mess instead of those distinct square-edged spaghetti strands that make chitarra pasta worth owning. The difference between success and frustration comes down to three things: dough thickness, wire tension, and flour. Here is the exact process that works every time, from Abruzzo’s traditional kitchen to your counter.

What Is a Chitarra Pasta Cutter?

A chitarra — Italian for “guitar” — is a wooden frame strung with music wire, invented around 1890 in the Abruzzo region of Italy. The wires act as blades, cutting fresh pasta dough into semi-thick, square-shaped spaghetti called “spaghetti alla chitarra.” The tool’s name comes from its resemblance to a guitar, and the wires should ring with a high-pitched tone when properly stretched.

Standard home models, like the King Arthur Baking chitarra, offer a wire area of roughly 6 by 14 inches, with two screws at the base for adjusting string tension. The Marcato “Spaghetti Chitarra” accessory attaches to the brand’s Atlas pasta machine for a different workflow.

How to Use a Chitarra Pasta Cutter: The 8-Step Process

Using a chitarra correctly comes down to consistent dough thickness, a well-floured frame, and even rolling pressure. Follow this sequence for noodles that separate cleanly, hold sauce well, and cook evenly.

Step 1: Make the Dough

Combine 00 flour and semolina with eggs, yolks, olive oil, and salt. Knead for 5 to 10 minutes until a cohesive ball forms. Rest the dough at room temperature for 30 minutes to relax the gluten — this prevents shrinkage when rolled.

Step 2: Roll to the Right Thickness

Cut the dough into quarters and roll one piece to a thickness of about 3 mm — roughly ⅛ inch. If using a pasta machine, set the rollers to setting number 5 for chitarra. Do not roll thinner: pasta that is too thin tears on the wires and lacks the proper toothy texture that chitarra spaghetti is known for. Keep each sheet smaller than the wire area of the chitarra so it sits flat on the strings.

Step 3: Flour the Chitarra

Dust the chitarra frame and its wires generously with semolina or all-purpose flour before laying the dough down. This is the step most people skimp on, and sticky noodles are the result.

Step 4: Position the Dough and Flour Again

Lay the pasta sheet onto the flour-dusted strings. Dust the top side of the dough with more flour — this prevents the rolling pin from sticking and the cut strands from fusing.

Step 5: Roll Evenly Across the Wires

Using a rolling pin, apply even, firm pressure from the top of the sheet to the bottom. Push the ends of the dough through first — gravity helps the middle strands fall through the frame. Roll back and forth several times; you will hear the wires ring as the pasta cuts. The noodles drop into the box below the frame.

Step 6: Collect the Strands

Flip the chitarra sideways to let the cut spaghetti slide out through the open side of the frame. Grab the noodles as a bundle and transfer them to a floured surface.

Step 7: Separate and Flour

Drag the bundle through more semolina flour to coat each strand. Nest the spaghetti into loose portions on a parchment-lined baking sheet. This prevents sticking before cooking or drying.

Step 8: Cook

Boil fresh chitarra pasta in salted water for just 2 to 4 minutes. Fresh pasta cooks fast — test a strand at the 2-minute mark for al dente texture.

Chitarra Pasta Cutter Comparison: Standalone vs. Attachment

Two main types of chitarra cutters exist for home cooks. If you are deciding which route fits your kitchen best, our product guide to the best chitarra pasta cutter options breaks down the top-rated models with pricing and build notes. The table below shows the key differences at a glance.

Common Mistakes and How to Fix Them

Most chitarra failures come from three recurring problems. Here is what goes wrong and exactly what to change.

Loose Wires Cause Ragged Cuts

Tighten the two screws at the base of the frame until the wires ring with a high-pitched tone when plucked. Loose wires let the dough push through instead of slicing cleanly. Because the wooden frame can warp over time from humidity, re-tightening before each use is a good habit. King Arthur Baking’s chitarra guide notes that warped frames make the strings non-parallel, which ruins the cut.

Sticking Dough

Sticking happens when there is not enough flour on the wires, the dough surface, or both. Solutions: flour the chitarra frame more generously before placing the dough, dust the top of the sheet again, or let the rolled sheet dry for 20 minutes before cutting. A slightly drier dough mix — more semolina, less water — also reduces stickiness.

Dough “Healing” Back Into a Sheet

If the rolled dough is too thin or the wires are too close together, the cut strands can re-form into a single sheet below the wires. Roll to the proper ⅛-inch thickness and ensure the wires are tight. This combination prevents the dough from fusing on the way through.

How to Clean a Chitarra Without Warping the Wood

Never soak a wooden chitarra in water or wash it in the sink. Water causes the wood to warp, throwing the wire alignment off permanently. Instead, let the dried dough bits fall off naturally or brush them away with a dry pastry brush after the residue hardens. Wipe the frame gently with a barely damp cloth only if needed, and dry it immediately.

Final Chitarra Workflow Checklist

This sequence consolidates everything into a quick-reference list you can follow from dough to plate.

• Mix and knead the dough; rest 30 minutes.
• Roll to exactly ⅛ inch (3 mm) — setting 5 on a pasta machine.
• Keep sheets smaller than the wire area.
• Dust the chitarra wires and the top of the dough with flour.
• Tighten screws until the wires ring high-pitched.
• Roll evenly from top to bottom, pressing the ends through first.
• Flip the frame to release the strands; coat in semolina.
• Boil for 2–4 minutes; serve immediately.
• Clean by brushing dry bits away — never submerge in water.