CNC machining since 2008 · 3D printing since 2017
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Process comparison

Compare one manufacturing family at a time.

Use the indicative values to shortlist a route, then confirm the requirements against your drawing.

Metal 3D printing
ProcessMaterial familyTypical useIndicative accuracyIndicative envelope
SLM / DMLSMetal powdersComplex metal prototypes, tooling inserts and end-use partsApprox. 0.2 mm typical before machiningTypically 400 x 300 x 400 mm; selected systems reach 605 mm on one axis
Plastic — resins
ProcessMaterial familyTypical useIndicative accuracyIndicative envelope
SLAPhotopolymer resinHigh-detail visual prototypes and large appearance modelsApprox. 0.1 mm typicalUp to 1,400 mm routinely; larger up to 1,900 mm by review
DLPPhotopolymer / castable wax resinSmall detailed parts, master patterns and casting patternsProject-dependentUp to about 192 x 108 x 200 mm
Plastic — nylon & thermoplastics
ProcessMaterial familyTypical useIndicative accuracyIndicative envelope
SLSPA6 / PA12 and reinforced nylonFunctional prototypes, housings, clips and low-volume productionApprox. 0.1-0.2 mm typicalUp to about 600 mm, geometry-dependent
MJFPA12 and selected engineering polymersRepeatable functional nylon parts and production batchesProject-dependentMachine and material dependent
FDMThermoplastics and fiber-reinforced compositesLarge prototypes, jigs, fixtures and functional partsProject-dependent600 x 600 x 600 mm standard; 330 mm cube for many advanced materials
CNC machining
ProcessMaterial familyTypical useIndicative accuracyIndicative envelope
CNC Secondary MachiningPrinted metals and plasticsCritical bores, threads, datums, sealing faces and tight-tolerance featuresAs specified after DFM reviewPart and fixture dependent
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