SLA, SLS, FDM, MJF and metal printing fit different precision, strength and structures.
Process Library
Processes
Plan sanding, painting, bonding, inserts, assembly and packaging by use case.
01Process Rules
02Use Cases
03Risk Notes
Forming, finishing and inspection belong in one plan
Process pages explain not only machine names, but also use cases, limits, finishing steps and delivery risks.
Sanding, painting, dyeing, polishing, assembly and inserts define the final product feel.
Key dimensions, holes, surface, quantity and packaging are confirmed before delivery.
Processes
SLA Stereolithography 3D Printing Process
SLA stereolithography process guide: working principle, accuracy, materials, applications and pros/cons comparison.
Processes
SLS Process
Suitable for functional nylon parts and complex geometries.
Processes
CNC Machining Process Guide
CNC milling/turning process principles, equipment specs, materials and precision grades. ±0.01mm accuracy for precision metal and plastic parts.
Processes
SLS Selective Laser Sintering 3D Printing Process Guide
SLS selective laser sintering process principles, specs, nylon powders and applications. Support-free, ideal for functional parts and batch production.
Processes
FDM Fused Deposition Modeling 3D Printing Process Guide
FDM process principles, equipment specs, filament types and applications. Low cost, wide material range for functional prototypes and large parts.
Processes
SLM Selective Laser Melting 3D Printing Process Guide
SLM selective laser melting process principles, equipment specs, metal materials and applications. 99.5%+ density for high-performance metal parts.
Processes
SLA Stereolithography 3D Printing Process Guide
SLA stereolithography process principles, equipment specs, materials and applications. 0.025-0.1mm layer height for high-precision parts.
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