Standard Materials

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What counts as a standard 3D printing material?

Standard materials are general-purpose options such as PLA, PETG and standard SLA resins, chosen for ease of printing, cost-effectiveness and suitability for prototyping and low-stress parts.

When should I use a standard material instead of an engineering material?

Standard materials are the right choice for visual prototypes, concept models and parts that will not face significant mechanical, thermal or chemical stress, where cost and ease of printing matter more than performance.

Is PLA a good choice for functional parts?

PLA is best suited to visual and low-stress applications rather than functional parts, as it has lower heat resistance and impact strength than engineering materials such as PETG, nylon or composite filaments.

How do standard materials compare on cost?

Standard materials are generally the most affordable option across FFF, SLA and other processes, making them a practical starting point before moving to specialty or engineering-grade materials for production parts.

A FDM 3D printing plastic is malleable when heated through a print head extruder. PLA is derived from renewable materials and is biodegradable which makes it a perfect cost effective material for quick prototypes that can be recycled. Other processes like the Formlabs’ SLA (Stereolithography) uses resin form which is then formed using infrared lamps or high-powered lasers (SLA).
 
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