Choose the Right Material
For Your Build

The entry-level filament for good reason. PLA is derived from corn starch, prints cleanly at low temperatures, and produces excellent surface detail. Best suited for visual models, prototypes, and light-duty indoor parts.

PLA+ adds modifiers to standard PLA to improve toughness, reduce brittleness, and increase layer adhesion. Our most popular everyday filament — significant upgrade over standard PLA at a small cost premium.

PLA Silk uses a special additive that produces a glossy, metallic sheen on the printed surface. Chosen for aesthetic parts where visual impact matters — catches light beautifully but sacrifices some mechanical strength.

PETG bridges the gap between PLA and ABS. Tougher, more flexible, and significantly more heat and chemical resistant than PLA — while being far easier to print than ABS. Ideal for parts that need to last in real-world conditions.

Carbon fibre-filled PETG delivers a significant boost in stiffness and dimensional stability. The CF particles reduce flex and improve layer adhesion, producing parts that look and feel genuinely industrial.

ABS has been an industry standard for decades. Solid heat resistance, impact toughness, and can be acetone-smoothed to a near-injection-moulded finish. Requires an enclosure to print reliably and emits fumes during printing.

ASA is ABS's outdoor-capable sibling. Nearly identical mechanical properties but adds strong UV resistance — the go-to for exterior applications. Colours remain stable in sunlight where ABS would fade within months.

TPU 95A is a semi-flexible elastomer — firm but with give. It resists abrasion and impact, and returns to its original shape after compression. The most printable and versatile flexible option.

Softer than 95A, the 87A shore rating makes this feel closer to silicone-like rubber. More challenging to print but produces highly compliant, soft-touch parts ideal where a softer contact surface is needed.

PA6 Nylon produces parts with exceptional toughness, natural lubricity, and fatigue resistance. Often used in gears, hinges, and load-bearing components where repeated stress is a factor.

PA12-CF combines the inherent toughness of Nylon 12 with carbon fibre reinforcement, producing parts that approach the strength of aluminium at a fraction of the weight. Used in professional prototyping and end-use components.

Standard resin produces the finest surface detail achievable with 3D printing. Layer lines are essentially invisible, and fine features as small as 0.05mm can be reproduced. Best for display models, miniatures, and masters for moulding.

ABS-Like resin adds rubber tougheners to the photopolymer formula, reducing brittleness while retaining the exceptional detail of resin printing. Better suited for functional resin parts than standard resin.