Mechanical Components
Load-bearing parts, gears, and structural components that need to outperform standard filaments.
When a part needs to survive sustained heat, chemical exposure, or serious mechanical load, we move beyond the standard filament range into engineering and high-performance polymers — PC, Nylon, PEEK, and others — sourced and evaluated per project rather than kept on the shelf.
Higher strength-to-weight ratios, greater heat deflection temperatures, and better wear and chemical resistance than standard filaments — at the cost of tighter process control and, in some cases, specialised equipment.
Load-bearing parts, gears, and structural components that need to outperform standard filaments.
Components operating near heat sources, where standard filaments would soften or deform.
Fittings and fixtures exposed to solvents, fuels, or other chemicals that would degrade standard plastics.
Bushings, guides, rollers, and moving parts where low friction and long-term wear performance are critical.
This isn't one material but a family, each suited to a different demand: PC and PC-CF for impact strength and clarity, Nylon (PA6/PA12/PA11) and its fibre-filled variants for toughness and wear resistance, PEEK and PEI for sustained high-temperature and chemical environments, and PBT, POM, PP, and PMMA for specific mechanical or electrical properties. These trade easy printing for performance, and typically need tighter process control — and in some cases, specialised equipment — to print well. We'll help match the right one to your load, temperature, and chemical requirements rather than defaulting to a single "strong" material.