How to Remove Stuck Fountain Pen Nib

A stuck fountain pen nib can feel like a dead end: you want to deep-clean the pen, swap nibs, or fix a flow issue, but the nib and feed refuse to budge. Push too hard, twist the wrong way, or grab the wrong tool, and a simple maintenance job can turn into a broken feed or a ruined nib.

That’s why this topic matters. For many fountain pen users, nib removal sits in the uncomfortable zone between routine cleaning and light repair. It’s useful, but it also carries real risk.

In the video, Kevin from Fountain Pen Revolution walks through a practical method for removing nibs and feeds from most modern fountain pens, especially when they’re stuck. The core value of the demonstration is not just how to pull a nib, but how to do it safely: what works, what doesn’t, and how to tell which pens should not be handled this way at all.

This article turns that guidance into a clearer field guide for fountain pen enthusiasts, with added context on why each step matters and where beginners should be especially careful.

Key Takeaways

Most modern fountain pens use either friction-fit nibs/feeds or screw-in nib units, and each type calls for a slightly different removal approach.
Never twist a nib and feed during removal unless the pen is specifically designed for that; most are meant to come straight out.
Do not use pliers, which can easily crush metal nibs or deform feeds.
Avoid squeezing the nib at the shoulders, the widest part of the nib, because that can spread or misalign the tines.
Hot, soapy water can loosen dried ink and slightly relax plastic parts, making removal easier on stubborn nib units.
Take reference photos before disassembly so you can restore the original depth and alignment during reassembly.
If the nib is stuck, controlled wiggling near the base may help, but only with careful grip and minimal force.
For friction-fit pens, pushing the feed out from the back may be safer than pulling from the front.
Reinstallation matters as much as removal; a nib set too shallow can be damaged when the cap is posted or closed.
Some pens should not be handled this way at all, including certain hooded, semi-hooded, or specially constructed designs.

Why Remove a Nib in the First Place?

The video centers on two common reasons:

Deep cleaning
Nib replacement or swapping

Both are valid, but they deserve a little nuance.

Deep cleaning

A routine flush is usually enough for normal maintenance. But if ink has dried in the feed channel, or a pen has been neglected for a long time, removing the nib and feed can expose buildup that flushing alone may not clear.

For enthusiasts who use heavily saturated, shimmering, or permanent inks, this can be especially relevant. The video does not name specific ink categories, but the logic applies: the more residue-prone the ink, the more likely buildup becomes.

Repair or customization

If a nib is damaged, misaligned, or simply not your preferred width, removing it may be necessary. Many pen users eventually experiment with nib swaps, especially in affordable pens designed around interchangeable units or standardized friction-fit assemblies.

That said, nib removal should be purposeful. If the pen writes well and only needs basic cleaning, disassembly may introduce unnecessary risk.

First, Know What Kind of Pen You Have

One of the most valuable parts of the video is the reminder that not every fountain pen is meant to be disassembled in the same way.

Kevin separates pens into broad categories:

Pens with screw-in nib units
Pens with friction-fit nibs and feeds
Pens that should not be pulled apart by this method

That distinction is critical.

Pens that usually cooperate

For the "vast majority" of pens discussed in the video, the nib and feed either:

sit inside a removable plastic nib unit, or
friction-fit directly into the section

These are the pens most likely to respond to the methods described.

Pens that need a different approach

The video specifically warns against applying this technique to:

hooded or semi-hooded nibs
pens with unusual internal construction
designs where the nib appears fixed in a nonstandard way

In practical terms, this means you should not assume that every nib can be pulled straight out just because another pen can. If the construction is unclear, pause before forcing anything. The video mentions examples, but does not attempt a complete taxonomy of all incompatible pen models.

Tools You Actually Need

The good news is that nib removal usually does not require a specialized workshop.

According to the video, the most useful items are:

rubber grip material
a dish towel as a substitute
very hot water with soap
a knockout block, if available
a drill bit, used as a workaround in certain cases

This is a refreshingly realistic toolkit. Most hobbyists already have at least some of these.

Why rubber grip matters

Rubber improves traction while cushioning the nib and feed. That matters because many nib-removal accidents happen when fingers slip and pressure suddenly shifts to the wrong area.

Even if you don’t own a purpose-made grip sheet, the broader lesson is simple: increase control before increasing force.

Why hot water helps

The video recommends water that is very hot but not boiling. The reason is mechanical as much as chemical:

soap can help loosen old ink residue
heat can encourage slight expansion in plastic parts
together, these may reduce the force needed for removal

This is a smart escalation step because it solves the root problem - dried ink acting like glue - rather than just asking your hands to overpower it.

The Three Biggest Mistakes to Avoid

Before getting into technique, the video draws a bright line around a few "don’ts." These are worth emphasizing because they prevent the most expensive errors.

1. Don’t twist

Most nibs and feeds discussed here are inserted straight in. Twisting can shear, crack, or distort components that were never designed for rotational force.

That’s especially important for beginners, because a stuck part often feels like it might unscrew. In many pens, it does not.

2. Don’t use pliers

This is excellent advice. Pliers create concentrated pressure and remove tactile feedback. By the time you feel resistance, you may already have bent the nib or crushed the feed.

3. Don’t squeeze the nib at the shoulders

The shoulders are the widest part of the nib, and pressing there can spread or deform the tines. Since tine geometry controls how the pen writes, damage in this area can turn a working nib into a scratchy or unusable one.

A helpful way to think about it: when handling a nib, where you grip matters just as much as how hard you grip.

Step 1: Start With the Least Invasive Method

For a pen that is not badly stuck, the video shows a simple manual pull.

The basic approach is:

Support the nib in the crook of your finger
Place your thumb on the feed
Use the pen body or section for leverage
Pull straight out

This works because it distributes force more evenly than pinching the nib alone. It also keeps your fingers close to the assembly, which improves control.

Why this method works

Rather than treating the nib as a tiny, delicate object you must grip directly, this technique uses the shape of your hand to stabilize it while the larger pen body provides leverage. That’s mechanically safer than tugging at the nib tip.

If grip is poor, add rubber or cloth before trying again.

Step 2: For Screw-In Nib Units, Soak First, Then Retry

When the nib and feed are housed inside a plastic screw-in nib unit, the video recommends a logical escalation:

Unscrew the nib unit from the pen
Soak it briefly in hot, soapy water
Reinstall the nib unit into the pen body
Try pulling the nib and feed again with improved grip

This sequence is clever for two reasons.

It gives you something larger to hold

Trying to pull a nib from a tiny detached unit can be awkward. Reinstalling the unit into the pen body provides leverage and makes your grip steadier.

It targets the real cause of sticking

In many cases, the nib is not "mechanically locked"; it is simply held in place by dried ink and friction. Soaking can reduce both.

Step 3: If the Nib Is Still Stuck, Wiggle Carefully at the Base

If soaking and a straight pull fail, the video offers a more advanced tactic: gently grip the nib below the shoulders, near the point where it enters the section or nib unit, and apply a controlled side-to-side wiggle while pulling.

This is not a rough back-and-forth motion. The goal is to break the seal of dried residue and loosen the nib enough that it can slide free.

Why this can work

A tiny movement at the base may disrupt the friction holding the nib in place. Once the nib comes loose, the feed may be easier to remove separately.

Why caution matters here

This is one of those techniques that works in experienced hands but can be overdone quickly. The video’s advice is sound, but readers should treat this as a gentle persuasion method, not a force move. If a part seems immovable, more force is not always the answer; sometimes it means the pen is built differently than expected.

Step 4: For Friction-Fit Pens, Push From the Back

For pens with friction-fit nibs and feeds, especially those using ebonite feeds, the video introduces a different strategy: instead of pulling from the front, push the assembly out from the rear of the section.

This is often smarter because the feed is supported in the same direction it was installed.

Using a knockout block

A knockout block supports the section while allowing the nib and feed to exit through a hole. A rod is then used to tap the feed forward and out.

This is a classic repair technique, though many casual users won’t own the tool.

The drill-bit workaround

To make the process accessible, the video suggests inserting a drill bit into the back of the section so that its flat area rests against the back of the feed, then tapping the assembly against a hard surface.

This workaround is inventive, but it deserves an extra word of caution.

The method can work, particularly when the feed has a flat back, but it depends on alignment and control. If the drill bit is mispositioned, force could go where it shouldn’t. For careful hobbyists, it’s a practical substitute; for nervous beginners, it may be a sign to slow down rather than improvise aggressively.

Before You Remove Anything, Take Photos

This may be the most underrated advice in the entire video.

Take photos:

from the top of the nib
from the underside, where the feed is visible

That gives you a visual record of:

feed alignment
insertion depth
the relative position of nib and feed

Why does this matter? Because reassembly errors are common. A pen that worked before disassembly can write poorly afterward simply because the feed went back a millimeter too far or not far enough.

In pen repair, memory is unreliable. A photo is not.

Reinstalling the Nib and Feed Correctly

The video spends welcome time on reassembly, which is where many tutorials become too brief.

Align the feed channel with the nib slit

At minimum, the feed’s ink channel needs to sit directly under the nib slit. If the feed is rotated off-center, flow problems are likely.

Set the feed depth properly

The feed should sit close to the nib tip, but not protrude visibly above the nib when viewed from the top. This is a subtle but important point: too far in or too far out can change performance and fit.

For plastic nib units, use the housing as a guide

The video notes that these units often have a shaped opening that helps orient the nib. It also mentions a rear opening where the feed’s back end can help confirm full insertion.

This is less about memorizing anatomy and more about using visual checkpoints. If the feed sits where it originally sat, you are far more likely to restore normal performance.

The Risk Many Users Don’t Think About: Cap Clearance

One of the most practical warnings in the video concerns nib depth.

If the nib and feed are not inserted far enough, the nib may project too far forward. Then, when you cap the pen, the inside of the cap can strike the nib tip and damage the tipping material.

That’s an easy mistake to miss because the pen may look nearly correct from a casual angle. This is why final inspection matters.

Before inking the pen, check:

nib and feed alignment
full insertion depth
no visible gap between nib and feed
no tine separation caused during handling

A Sensible Order of Operations

If you want to apply the video’s advice with the least risk, here’s the safest decision tree.

For screw-in nib units

Try a straight pull with rubber grip
If stuck, remove the unit and soak in hot, soapy water
Reinstall the unit into the pen body
Try again
If necessary, carefully wiggle the nib at the base to loosen it

For friction-fit nib and feed assemblies

Try a straight pull with grip material
If stuck, remove the section from the pen
Push the nib and feed out from the back
Use a knockout block if available
If not, use the drill-bit workaround carefully

This progression reflects a good repair principle: start with the method least likely to cause damage, then escalate only as needed.

What the Video Does Especially Well

The strength of the original video is that it treats nib removal as a practical maintenance skill, not a stunt. That’s important in a hobby where people sometimes jump from flushing a pen to full disassembly without understanding what holds the parts together.

A few things it gets especially right:

It distinguishes pen types before recommending action
It explains what not to do, not just what to do
It emphasizes reassembly and alignment, not only removal
It frames heat and soaking as problem-solving tools rather than brute force alternatives

For beginners, that mindset is more valuable than any single trick.

Final Thoughts

Removing a stuck fountain pen nib is less about strength and more about diagnosis, grip, and patience. The video’s clearest lesson is that most nibs and feeds can be removed safely, but only if you respect how they are installed.

If you remember just a few essentials, make them these: identify the pen type first, never twist unless the design calls for it, avoid pliers, use heat and soaking to loosen dried ink, and document the original setup before taking anything apart.

In fountain pen maintenance, careful handling usually beats force. A stubborn nib often yields to the right method long before it yields to pressure.

Source: "Remove Any Stuck Fountain Pen Nib & Feed (No Damage)" - Fountain Pen Revolution, YouTube, Aug 7, 2026 - https://www.youtube.com/watch?v=8a26NAXr5_U