Hardware for people
who build things.
Materials, components and tools for robotics, 3D printing and prototyping.
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Desktop Robot Arm
From CAD to motion. A project brief for exploring the components, materials and engineering behind a desktop robot arm.
Planned project. BOM, CAD and build instructions are not published yet.
Explore the buildEngineering materials
Start with the requirements of the part. Compare the properties of the exact grade before you print.
PLA
EvaluatePrintability · rigidity
View data ↗02 / MATERIAL REFERENCEPETG
EvaluateImpact resistance · layer bonding
View data ↗03 / MATERIAL REFERENCEASA
EvaluateTemperature · exposure
View data ↗04 / MATERIAL REFERENCETPU
EvaluateFlexibility · impact resistance
View data ↗05 / MATERIAL REFERENCEPA-CF
EvaluateRigidity · moisture sensitivity
View data ↗06 / MATERIAL REFERENCEPETG-CF
EvaluateRigidity · printability
View data ↗07 / MATERIAL REFERENCEPC
EvaluateHeat resistance · processing
View data ↗Material references describe what to evaluate. Product availability and published specifications come from the catalog.
From the Lab
PLA vs PETG: which should you keep on hand?
A practical comparison for prototypes, fixtures and everyday parts.
Read the guideWhat nozzle size should you use?
Balance detail, speed and strength from 0.2 to 0.8 mm.
Read the guideDrying filament: moisture, process and storage
Humidity targets, dryer settings and storage routines that work.
Read the guideBuilt, tested, documented.
We don’t just sell components. We build with them.
Supply by Layer tests materials, components and tools through real engineering projects. What survives the workbench makes it onto the shelf.
See our builds