PELLETS

PELLET

ABOUT OUR MATERIALS

Aliz 3D Printing Pellet is specifically designed for Large Format Additive Manufacturing (LFAM) and Fused Granular Fabrication (FGF) processes.

Our pellet portfolio encompasses an extensive selection of thermoplastics and composites, engineered to address the precise requirements of your applications—spanning flexibility, durability, rigidity, strength, stability, transparency, tactile qualities, temperature resistance, and beyond.

Material Properties Overview

Material	Key Characteristics	Common Applications
PLA	Biodegradable, easy to print, good surface finish	Prototypes, packaging, consumer products
PETG	Durable, impact resistant, transparent, food-safe	Containers, mechanical parts, packaging
PA	High strength, good chemical resistance, wear resistance	Gears, structural components, functional prototypes
ABS	Impact resistance, durability, moderate temperature resistance	Industrial parts, automotive components, consumer goods
PET	Strong, flexible, resistant to moisture and chemicals	Packaging, bottles, textile fibers
PPS	Excellent thermal stability, chemical resistance, flame retardant	Electrical insulation, high-temperature components
PC	High impact strength, transparency, heat resistance	Protective gear, optical components, medical devices
TPU	Full colors, high tenacity, impact resistance, wear resistance	Protective gear, footwear, and mobile phone cases

APPLICATIONS

Where Our Materials Make a Difference

Each series under Aliz 3D Printing Pellet is engineered with specific applications in focus, spanning from industrial fixtures and modular interiors to aerospace prototypes and precision tooling.

Automotive

Lightweight Vehicle Components

High-strength materials for producing lightweight, durable parts that reduce vehicle weight while maintaining structural integrity.

Aerospace

High-Temperature Components

Heat-resistant materials designed to withstand extreme temperatures in aerospace applications.

Medical

Custom Medical Devices

Biocompatible materials for producing custom implants and medical devices with precise specifications.

Consumer Products

Customized Consumer Goods

Versatile materials for creating unique, customized consumer products with excellent finish and durability.

Industrial

Machinery Parts

Wear-resistant materials for producing durable parts for industrial machinery and equipment.

ADVANTAGES

Why Choose Our 3D Materials

Our materials are engineered to deliver superior performance and reliability, providing numerous advantages for your 3D printing projects across various industries and applications.

Extensive Material Selection

Covers raw polymers, thermoplastics, and even composite materials integrated with additives like glass or carbon fibers.

Printing Flexibility

Compatible with a diverse range of equipment, from desktop 3D printers to robotic arms engineered for large-part manufacturing.

Low Material Costs

Supports high-volume production with shortened lead times. Compared to filament, it reduces costs by 65-90% per kilogram.

High Production Speed

Pellet extrusion with its barrel and screw system enables fast flow rates and deposition rates.

Large-Format Printing

Pellets can be continuously fed into the hopper, ensuring uninterrupted printing operations.

Simplified Production

It can thus optimize raw material management, reducing logistics costs and simplifying the entire supply chain.

Multi-Material & Multicolor

A key advantage of 3D pellet printing is direct multi-material mixing in the print head; it also lets you add color additives to pellets for single-print multicolored parts, creating uniquely customized components.

Retain Material Properties

Using pellets in 3D printing makes it possible to obtain parts with the same chemical and physical properties obtained with injection molding.

Circular Economy

Minimizes plastic waste and carbon footprint, contributing to a safer and more sustainable environment.

Ready to Revolutionize Your 3D Printing Process?

3D printing users constrained by FDM's bottlenecks—whether it's sluggish throughput, restrictive build sizes, or steep material costs—might discover pellet 3D printing as a more fitting alternative.

The trade-off? A slight compromise on print resolution and the ability to produce highly intricate part geometries.

For industrial applications where speed, cost-effectiveness, and material performance are prioritized over detail, Aliz 3D Printing Pellets offer an ideal solution.

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Advanced 3D Printing Materials for Tomorrow's Innovations