POM 3D Printing Filament

POM Filament - Engineering Excellence for High-Performance 3D Creations​
In the realm of functional 3D printing, POM Filament emerges as a powerhouse 3D Printer Filament, designed to meet the demands of high-performance mechanical projects. Unlike PLA Filament, which excels in aesthetics and ease of use, or TPU Filament, beloved for flexibility, POM Filament brings a unique blend of high temperature resistance, impact resistance, and stability—making it the ultimate choice for printing durable parts like gears, screws, and mechanical components that need to stand the test of time.​

At its core, POM Filament is extruded from polyoxymethylene (POM) pellets, a synthetic thermoplastic polymer that delivers exceptional mechanical strength and stiffness. This sets it apart from other 3D Printer Filaments: while PETG Filament offers good durability and ABS Filament provides structural strength, POM Filament takes load-bearing capabilities to the next level. Printed parts with POM Filament can handle significant weight and stress, making them ideal for impact parts, gear wheels, and screws—applications where weaker filaments might fail. Whether you’re building a small robot or a functional model, POM Filament ensures your creations are built to perform.​

Dimensional stability is another standout feature of POM Filament. Unlike some filaments that shrink or warp during printing—an issue that can affect even quality PLA Filament or ABS Filament—POM Filament produces accurate, consistent prints with minimal shrinkage. This precision is crucial for mechanical components that rely on tight tolerances, like interlocking gears or bearings. When paired with a 3D Printing Pen or printer, it delivers parts that fit perfectly, eliminating the frustration of ill-fitting components and ensuring your projects work as intended.​

Wear resistance makes POM Filament a game-changer for moving parts. While TPU Filament is flexible and PETG Filament is durable, neither can match POM Filament’s ability to withstand friction and wear. Gears, bearings, and mechanical components printed with POM Filament stay smooth and functional even after repeated use, reducing the need for frequent replacements. Its smooth surface finish further reduces friction, improving the efficiency of moving parts—a feature that makes it indispensable for creators focused on functional, long-lasting designs.​

POM Filament’s self-lubricating properties add to its appeal. Unlike ABS Filament or PLA Filament, which may require additional lubrication for moving parts, POM Filament’s natural lubricity ensures smooth operation from the start. This not only simplifies post-printing steps but also reduces wear on both the printed parts and the 3D Printing Pen or printer components, extending their lifespan. It’s a practical choice for engineers and hobbyists alike, combining performance with convenience.​

Chemical resistance is another feather in POM Filament’s cap. It stands up to harsh solvents and chemical agents, a trait that sets it apart from filaments like PLA Filament, which can be sensitive to certain substances. This makes POM Filament suitable for projects exposed to challenging environments, from workshop tool accessories to small industrial components—proving that it’s not just a 3D Printer Filament, but a reliable engineering material.​

POM Filament doesn’t replace other 3D Printer Filaments; it complements them. Use PLA Filament for decorative casings, then add POM Filament gears for functionality. Pair with TPU Filament for flexible joints that work seamlessly with POM’s rigid structures. Even with PETG Filament or ABS Filament frameworks, POM Filament adds the critical moving parts that make projects functional. It’s the missing piece for creators who want their 3D prints to do more than just look good—they want them to work, reliably and efficiently.​

In a toolkit filled with 3D Printer Filaments, POM Filament is the go-to for functional excellence. It brings engineering-grade properties to your 3D Printing Pen or printer, offering high temperature resistance, impact resistance, and wear resistance that other filaments can’t match. Whether you’re building mechanical models, custom tools, or functional prototypes, POM Filament ensures your creations are strong, precise, and built to perform—turning your 3D printing projects into functional works of engineering art.

 

Specification
Filament Diameter: 1.75mm
Tolerance: ±0.03mm
Printing Temperature: 220°C-240°C
Heated Bed Temperature: 90-120°C
Printing Speed: 40－60mm/s
Product weight: 1KG
Length:335-340m/Spools
Colors:White/Black
Processing Service :OEM,ODM
Certificate:SDS,Rosh, Reach