PLA is a beginner-friendly, biodegradable filament that's easy to print and widely available. It’s ideal for decorative and non-functional parts like models and prototypes but lacks heat resistance and durability.

Best For: Prototypes, models, toys.

A sustainable version of standard PLA, derived from renewable resources. It offers the same ease of use and appearance as regular PLA but with an eco-conscious focus.

Best For: Sustainable projects, decorative prints.

This certified PLA variant is safe for food contact and perfect for utensils, containers, and kitchen tools. It shares PLA’s benefits but may need additional coatings for long-term use.

Best For: Food containers, utensils, and kitchen tools.

PETG blends PLA's ease of use with ABS's durability, offering chemical resistance and impact strength. It’s versatile for functional parts, food containers, and mechanical components.

Best For: Food containers, water bottles, mechanical parts.

PLA blended with wood fibres, offering a natural wood-like appearance and texture. Best suited for decorative items like sculptures and furniture prototypes.

Best For: Decorative items, sculptures, furniture pieces.

Metal-filled PLA includes fine metal powders, giving prints a metallic sheen and weight. Great for jewellery, artistic pieces, and replicas.

Best For: Jewellery, replicas, artistic pieces.

Reinforced with carbon fibres for exceptional strength and stiffness. Ideal for lightweight yet durable applications like drone frames and automotive parts.

Best For: Drone frames, automotive parts, sporting goods.

A tough, durable, and flexible filament with excellent wear resistance. Suitable for functional prototypes, gears, and mechanical components.

Best For: Gears, mechanical parts, functional prototypes.

A high-strength, heat-resistant filament for demanding applications like enclosures, brackets, and industrial parts.

Best For: Enclosures, brackets, industrial components.

Known for its stiffness and low friction, POM is perfect for precision parts like gears and bearings.

Best For: Gears, bearings, precision parts.

An industrial-grade filament with exceptional mechanical strength and heat resistance. It’s used in aerospace, automotive, and medical applications.

Best For: Aerospace, automotive, medical applications.

A high-performance thermoplastic with excellent heat resistance and stability, making it ideal for industrial and medical parts.

Best For: Industrial parts, medical devices.

Infused with phosphorescent materials, these filaments glow after exposure to light, perfect for toys, decorations, and safety signs.

Best For: Toys, safety signs, decorations.

Specialised for low-power electronic projects, these filaments can conduct electricity, making them useful for circuits and sensors.

Best For: Sensors, electronic circuits, interactive objects.

Made from recycled plastics, these filaments are an environmentally friendly option for reducing waste in 3D printing.

Best For: Eco-conscious projects.

A biocompatible PLA designed for medical applications, such as prosthetics and surgical models.

Best For: Prosthetics, surgical models.

A biocompatible and sterilisable filament used in medical and food-safe applications like medical devices and food tools.

Best For: Medical devices, food processing tools.

A water-soluble filament that dissolves to leave the primary print intact. It’s commonly used for complex dual-extrusion prints.

Best For: Complex dual-extrusion prints.

A dissolvable filament in limonene, often paired with ABS for support structures in intricate prints.

Best For: ABS support structures.

PLA is a beginner-friendly, biodegradable filament that's easy to print and widely available. It’s ideal for decorative and non-functional parts like models and prototypes but lacks heat resistance and durability.

Best For: Prototypes, models, toys.