Bambu Lab Hotend for A1 & A1 Mini - 0.2mm Stainless Steel

Bambu Lab Hotend for A1 / A1 Mini / A2L - 0.2mm Stainless Steel Nozzle

$14.99
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Bambu Lab Hotend for A1 & A1 Mini - 0.2mm Stainless Steel
  • Bambu Lab Hotend for A1 & A1 Mini - 0.2mm Stainless Steel
  • Bambu Lab Hotend for A1 & A1 Mini - 0.2mm Stainless Steel
  • Bambu Lab Hotend for A1 & A1 Mini - 0.2mm Stainless Steel
Bambu Lab Hotend for A1 / A1 Mini / A2L - 0.2mm Stainless Steel Nozzle

Bambu Lab Hotend for A1 / A1 Mini / A2L - 0.2mm Stainless Steel Nozzle

$14.99

1 reviews

SKU 33589 MPN FAH018

Confirmed fit

  • A1
  • A1 Mini
  • A2L

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  • Free Shipping Over $50 · flat rates from $4.99 on $25+
  • Easy Returns 30 days from delivery
  • Ready to Ship Most in-stock orders ship the same business day

Upgrade your Bambu Lab A-Series printer with this genuine 0.2 mm stainless steel nozzle hotend, designed for precise, detailed 3D printing. This hotend is perfect for fine surface finishes and intricate parts where accuracy matters most.

Ideal For

  • Miniatures & Scale Models: Capture the smallest details with precision.
  • Detailed Prototypes: Achieve high accuracy for small functional parts.
  • Small Decorative Pieces: Get exceptionally fine surface finishes.

Recommended Filaments

Bambu PLA, PETG, and TPU have been extensively tested with this 0.2 mm stainless steel nozzle, providing smooth and consistent results with fine layer detail.

Note: For abrasive or composite filaments (such as Bambu PLA-CF or PETG-CF), a hardened steel nozzle is recommended instead to prevent excessive wear.

A1 / A2L hotend

Clamps in, no tools

Hotend with nozzle only. The heater and thermistor stay on your A1 toolhead and clamp around it, so the swap takes no tools.

Bambu Lab Hotend for A1 & A1 Mini - 0.2mm Stainless Steel
Heatsink Size marked: 0.2Tell your hotends apart at a glance.
Heater zone Your A1's heater clamps hereHeater and thermistor aren't included; they stay on the toolhead.
Nozzle Stainless steel · 0.2 mmFine detail. Skip CF, GF, metal- and wood-filled filament.
  1. Heatsink Size marked: 0.2Tell your hotends apart at a glance.
  2. Heater zone Your A1's heater clamps hereHeater and thermistor aren't included; they stay on the toolhead.
  3. Nozzle Stainless steel · 0.2 mmFine detail. Skip CF, GF, metal- and wood-filled filament.

What makers are saying

5.01 review

  • 5 stars: 1 (100%)
  • 4 stars: 0 (0%)
  • 3 stars: 0 (0%)
  • 2 stars: 0 (0%)
  • 1 star: 0 (0%)
G
Gerardo

Exactly what i ordered.

About this product

What's a 0.2mm nozzle actually good for?
A 0.2mm nozzle is for fine-detail work — miniatures, jewelry, small mechanical parts with tight features — where you need finer line resolution than a stock 0.4mm nozzle can deliver. Expect much longer print times since each layer lays down less plastic.
Does this fit the A1, A1 Mini, and A2L the same way?
Yes, it's built for the A-series family specifically (A1, A1 Mini, A2L) and is not interchangeable with P1/X1 or H2/P2S/X2D hotends — those are separate hardware families with different form factors.
Why stainless steel and not hardened steel for a 0.2mm nozzle?
Stainless is the right call here because fine-detail printing on a 0.2mm nozzle is almost always done in PLA or PETG, non-abrasive materials where hardened steel offers no benefit. Stainless is easier to clean and there's no print-quality tradeoff for standard filaments — hardened only matters once you're running carbon- or glass-fiber blends.
Do I need to change any slicer settings for a 0.2mm nozzle?
Yes — set the nozzle diameter to 0.2mm in your printer profile so line widths and layer heights recalculate correctly, and drop your layer height (commonly 0.06–0.12mm) to actually take advantage of the finer nozzle. Skipping this step is the most common reason people think a small nozzle 'isn't working.'
Why does this nozzle clog more easily than my stock 0.4mm?
The narrower 0.2mm bore has far less clearance, so any dust, debris, or slightly out-of-spec filament is more likely to cause a partial blockage than it would in a 0.4mm nozzle. Keep filament dry and run a cold pull at the first sign of under-extrusion rather than waiting for a full clog.
How do I clear a clog without damaging such a small nozzle?
Bambu's cold pull method is the safest approach — heat the nozzle, let it cool partway so the filament firms up, then pull it straight out to drag debris with it. Use PLA or PETG for the pull since they give the cleanest result; avoid forcing a metal needle too aggressively given how narrow the 0.2mm bore is.

Good to know

Ordering & Shipping

We currently ship within the United States. Most in-stock orders placed before 12:00 PM CT ship the same business day.

Shipping is free on orders over $50; below that, flat rates start at $4.99 on orders over $25. You'll get a tracking number by email as soon as your parcel is on its way.

Payments & Billing

We accept all major credit cards, Shop Pay, and the accelerated checkout options shown at the top of the cart. Your card is charged when the order is placed.

Need to change or cancel an order? Email us right away and we'll do our best to help before it ships.

Returns & Refunds

Unused, unopened parts can be returned within 30 days in their original packaging. A flat $4.99 return shipping fee applies — email us first and we'll send return instructions.

Received the wrong item or something arrived defective? Contact us right away and we'll make it right with a replacement or full refund, no return fee in that case. Full details on our return policy page.

Product & Compatibility

Every part page lists the exact printer models it fits. If you're not sure which printer you have, start from Shop by printer and browse from there.

Ordered the wrong part? Email us. We'll help you find the right fit or sort a return.

Support

A real person answers our support email — not a bot. If a part arrives faulty or doesn't fit as described, tell us what happened and we'll make it right.

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