We work with a practical range of FDM and SLA materials for prototypes, replacement components, low-volume production, production aids and functional end-use parts.
Material choice depends on more than strength alone. We consider the intended use, working environment, fit, flexibility, appearance, temperature exposure and production requirements before recommending a suitable route.
Suitable for fine-detail parts, smooth-surface components, transparent parts and selected functional applications.
We support individual parts, prototype runs and repeatable low-volume batches depending on the project requirements.
FDM materials are often the most practical choice for prototypes, replacement components, production aids and small-batch parts. Different materials offer different balances of strength, stiffness, impact resistance, heat resistance, appearance and durability.
PLA is not usually the best choice for parts exposed to higher temperatures, heavy loading or more demanding outdoor use.
A practical material for functional parts requiring better toughness and general durability than PLA.
Surface finish and stiffness may differ from more specialised engineering materials.
A durable material suited to outdoor and more demanding functional applications.
ASA requires more controlled printing conditions than easier general-purpose materials.
A reinforced PETG-based material offering a more technical appearance and improved stiffness for suitable applications.
Material behaviour depends on part design and application. Carbon-fibre-filled materials are not automatically stronger in every direction or every use case.
A higher-performance technical material for demanding functional components where stiffness, durability and material performance are important.
This material is more specialised and may not be necessary for simpler or lower-cost applications.
A robust engineering-grade material suited to more demanding practical applications.
This is a more advanced material and is usually chosen for a practical reason rather than general prototyping.
A flexible material for parts that require resilience, cushioning or controlled movement.
Flexible materials require different design and production considerations compared with rigid plastics.
Resin printing is useful for fine-detail components, smoother surface finishes, transparent parts and selected functional applications. Material choice depends on the required strength, flexibility, appearance and intended use.
A practical resin for detailed visual parts, prototypes and general-purpose resin applications.
Standard resin is not always the best choice for parts requiring higher toughness or flexibility.
A more durable resin for parts that need better resilience than standard presentation resins.
Even tougher resins should still be chosen with the application and geometry in mind.
A resin option for components requiring controlled flexibility or soft behaviour.
Flexible resin is a specialist material and is chosen where flexibility is required, not as a general-purpose option.
A transparent resin suitable for clear or translucent parts where appearance and detail are important.
The final optical finish depends on part geometry and any post-processing applied after printing.
There is rarely one material that is best for every application. We consider the part geometry, intended use, working environment and production method before recommending a material.
Factors we consider
Where several options may work, we can explain the practical differences and help identify a suitable starting point.
Material sample availability may vary.
Blue Box Goblin is the product and retail side of Maikoot Limited. If your business operates its own 3D printers, or you would like to explore selected filament and related products, please visit the Blue Box Goblin store.
Only materials genuinely available for retail purchase should be shown or implied as stocked.
You do not need to know the exact material before getting in touch.
Send the information you have, explain the intended use and any known requirements, and we can help identify a suitable material and production route.
