Wyrd Games Official Store | Tabletop Games & Miniatures

Fixing Bent, Broken, or Misaligned Malifaux Miniatures: Practical Solutions

Fixing Bent, Broken, or Misaligned Malifaux Miniatures: Practical Solutions

By Wyrd Games Official Store | Tabletop Games & Miniatures | Published: 2026-09-15

Category: 팁 및 관리

Learn how to diagnose and fix bent resin, broken joints, and misaligned parts on Malifaux miniatures with practical, step-by-step solutions.

Quick answer

Most bent resin parts can be straightened with gentle heat and a controlled bend, while broken joints need pinning and gap filling for a durable repair. Misaligned pieces usually come from mold slip or assembly error, so dry-fit first and correct the joint before gluing. If a part is shattered or a contact point is missing, stop and consider a replacement or a different pose.

You open a new Malifaux box, excited to assemble your crew, and find a weapon shaft that looks like a banana or a delicate piece snapped in transit. It happens. Resin and metal miniatures can bend, break, or refuse to line up, but most issues are fixable with a few household tools and a little patience.

This guide walks through common problems on Wyrd miniatures, from bent resin and broken joints to misaligned parts. You will learn how to diagnose the cause, apply the right fix, and know when to stop before you make things worse.

Bent resin: straighten with heat, not force

Resin softens when warmed, which lets you reshape a bent part without cracking it. A hairdryer on low, a cup of hot (not boiling) water, or even warm tap water can work. Hold the part by a thick section, warm the bent area for 20–30 seconds, then gently overbend it slightly past straight. Hold it under cold running water to set the new shape. Repeat if needed. Avoid open flames or a heat gun, which can melt detail or cause resin to bubble.

If the part is thin, like a sword blade or a whip, support it with your fingers along its length while bending. For thicker pieces, warm the whole section evenly so it does not twist. After cooling, check alignment against the model. If it still leans, warm and adjust again. Most bends correct in one or two cycles.

  • Test heat on a sprue piece first to gauge how quickly your resin softens.
  • Never force a cold bend; resin can snap instead of flexing.

Broken joints: pin, glue, and fill

A clean break at a joint is the easiest to repair. If the parts are metal, pinning is the gold standard: drill a small hole in both sides, insert a short length of paperclip or brass rod, and glue with cyanoacrylate (super glue) or two-part epoxy. For resin, pinning still helps, but you can often get away with a strong super glue and a reinforcing fillet of gap-filling glue. Always dry-fit first to ensure the break lines up.

If the break is at a thin ankle or wrist, consider pinning with a thinner rod (0.5–0.8 mm). For larger joints, 1 mm rod adds serious strength. After gluing, fill any remaining gap with a tiny amount of epoxy putty or thick super glue. Wipe excess immediately with a damp cloth or a scrap of paper towel. Let the repair cure fully—24 hours for epoxy—before handling.

  • Use a pin vise and a drill bit slightly larger than your rod.
  • Score the surfaces lightly with a hobby knife to give glue more grip.

Misaligned parts: identify the cause before gluing

Misalignment usually comes from three sources: mold slip (where two halves of a mold shift, creating a step), a warped part, or assembly error. Mold slip shows as a visible ridge or offset along a seam. Scrape it flush with a hobby knife or file before test-fitting. A warped part can be straightened with the heat method above. Assembly error often means you glued a piece at the wrong angle or attached the wrong part.

Dry-fit every joint before glue. If a tab does not seat fully, check for flash or a mold seam inside the slot. Trim with a knife. If the part still sits crooked, do not force it; warm and adjust the angle, or pin it in the correct position. For stubborn gaps, gap-filling super glue or epoxy putty can bridge the space, but only after you have corrected the underlying alignment.

  • Use a permanent marker to mark alignment points before gluing.
  • Test-fit with a tiny dot of blue tack to check pose before committing.

When to stop and choose another option

Some damage is not worth repairing. If a part is shattered into multiple pieces, if a critical contact point is missing (like the entire hand that holds a weapon), or if the resin is brittle and crumbling, a repair may be fragile or impossible. In those cases, contact the store for a replacement part or consider using a different pose or a substitute piece from your bits box.

Also stop if you have tried heat three times and the part still bends back. That can indicate a resin formulation that resists straightening, and further heat may damage detail. A small bend that is not visible at table distance is often fine to leave. Focus your effort on structural integrity and overall silhouette rather than perfection.

  • If a repair fails twice, switch to pinning or replacement.
  • A slightly imperfect model on the table beats a broken one in the bin.

Diagnosis: match symptom to solution

  • Bent but intact part: Likely cause: heat exposure during storage or shipping. Corrective action: warm gently and reshape, then cool under running water. Stop if the part cracks or detail softens. Most bends fix in one or two heat cycles.
  • Clean break at a joint: Likely cause: impact or thin contact point. Corrective action: pin and glue for metal; pin or use gap-filling glue for resin. Stop if the break is crumbly or the contact point is missing. Pinning adds lasting strength; skip it only on very small, low-stress parts.
  • Parts do not line up: Likely cause: mold slip, warping, or assembly error. Corrective action: scrape seams, heat-straighten warped parts, and dry-fit before gluing. Stop if the misalignment is due to a miscast tab that cannot be trimmed. Fix alignment before filling gaps; putty hides small gaps, not bad geometry.

Product examples and why they matter

  • Malifaux Third Edition: Explosive Dueto: Avel Ortega and Domingo Montoya are 32mm heroic scale, supplied unpainted in high-quality plastic, and require preparation and assembly. Plastic miniatures are less prone to bending than resin but can still warp; the assembly required means you should dry-fit and clean mold lines before gluing.
  • Malifaux Classics: Crooligans (3 Pack): Select metal sculpts from Malifaux's First Edition era, preserved for collectors, painters, and longtime players. Metal parts are durable but heavier; pinning is especially useful for metal joints to prevent breakage during handling.
  • Malifaux Fourth Edition: Dr. McMourning, Malpractitioner: Dr. Douglas McMourning is a brilliant surgeon without ethics or restraint, convinced that every body can be improved through enough cutting and stitching. This multi-part resin character has thin, detailed components that may need heat straightening or careful pinning during assembly.

With a little heat, a pin vise, and patience, most Malifaux miniature problems are solvable at your workbench. Diagnose first, use the gentlest fix that works, and know when to stop. Your crew will look better and survive the table.

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