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Replace machined POM with 3D printed Nylon CF Slide

Now Available At Lothric Labs

When your components need to move with precision, resist wear, and perform under continuous friction, material choice becomes mission‑critical. That’s exactly why UltiMaker Nylon CF Slide has become one of the most requested composites across our customer base. Built on a Nylon 6/12 copolymer and reinforced with high‑modulus carbon fiber, this material is engineered for real industrial workloads, not just prototypes.


At Lothric Labs, we’ve seen firsthand how teams across manufacturing, automation, and aerospace are using Nylon CF Slide to replace machined POM (Acetal) and even certain metal components. With full compatibility on the UltiMaker S6, S8, and Factor 4, you can produce dimensionally stable, low‑friction, wear‑resistant parts directly in‑house, without waiting on machining queues or minimum order quantities.


POM Plastic Applications Precision Gear Fuel System Small Connector

Why Engineers Choose Nylon CF Slide

Self‑Lubricating Performance

A low coefficient of friction of 0.18 against stainless steel means smoother motion, reduced wear, and fewer lubrication cycles. Perfect for bushings, sliders, linear guides, and any mechanism that needs to run clean and quiet.


Thermal Stability for Harsh Environments

After annealing, Nylon CF Slide withstands temperatures up to 180°C, making it ideal for high‑heat manufacturing cells, enclosures, and components exposed to thermal cycling.


Durability That Outlasts Traditional Polymers

The combination of carbon fiber stiffness and Nylon 6/12 chemical resistance creates a composite that thrives in demanding, long‑term applications. It’s built for end‑use, not just testing.


Ultimaker Nylon CF Slide Material

Aerospace-Ready Advantages

The aerospace sector is under constant pressure to reduce weight, increase reliability, and accelerate development cycles. Nylon CF Slide aligns perfectly with those priorities:

  • Lightweight Metal Replacement: Ideal for non‑structural components, housings, brackets, and sliding mechanisms where metal is overkill but performance still matters.

  • Reduced Wear in High‑Cycle Systems: Perfect for cabin mechanisms, UAV components, cable guides, and inspection tooling that must operate smoothly over thousands of cycles.

  • Chemical & Environmental Resistance: Nylon 6/12 stands up to aviation fluids, oils, and environmental exposure-critical for ground support equipment and onboard systems.

  • Rapid Iteration Without Compromising Strength: Engineers can validate functional parts quickly, then move straight into low‑volume production on the same machine.

For aerospace teams balancing certification pathways, supply chain constraints, and aggressive timelines, Nylon CF Slide offers a rare combination of agility and reliability.


Ultimaker Factor 4 Hot Swappable Print Cores

Ready to Slide Into Better Performance?

Whether you’re replacing machined POM, reducing reliance on metal, or upgrading your sliding components to a more durable composite, UltiMaker Nylon CF Slide delivers the performance modern engineering demands.


Download the full technical data sheet or order your spool today through Lothric Labs and start printing low‑friction, high‑endurance parts on your UltiMaker S‑Series or Factor 4.

If you want, I can also create a shorter marketing version, a technical spec sheet version, or a version tailored specifically for aerospace procurement teams.




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