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We use multiple additive manufacturing technologies to match resolution, tolerance, speed, and cost to your application.
Max. Part Size = 50mm × 50mm × 50mm
Tolerance = ±0.010mm or ±0.2% (geometry dep.)
Repeatability = ±0.005mm
XY Optical Resolution = 0.002mm
Z Resolution = 0.005mm to 0.020mm​​
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Prototype → High-Volume Production​
Max. Part Size = 100mm × 100mm × 75mm
Tolerance = ±0.025mm or ±0.2% (geometry dep.)
Repeatability = ±0.010mm
XY Optical Resolution = 0.010mm
Z Resolution = 0.010mm to 0.040mm​
Max. Part Size = 218mm × 122mm × 260mm
Tolerance = ±0.150mm or ±0.2% (geometry dep.)
Repeatability = ±0.100mm
XY Optical Resolution = 0.050mm
Z Resolution = 0.040mm to 0.200mm​
Prototype → Low-Volume Production​
Max. Part Size = 256mm x 256mm x 256mm
Z Resolution = 0.080mm to 0.280mm​
Max. Part Size = 200mm x 200mm x 150mm
Tolerance = ±(2.0 + 6L/1000)µm
[L is the measured length in mm]
Substage LED, Coaxial LED, and SmartRing LED
Zone3 Advanced Vision Software
Small Batch→ 100% Inspection
Design-for-Manufacturing (DfAM) review
Feature size & tolerance optimization
Wall thickness, channel, and aspect-ratio guidance
Printability analysis for micro-SLA & FDM
Design iteration support
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Concept → Production-Ready CAD
Restrictions​
Benefits
MfAM
Modify for AM
DfAM
Design for AM
Design Freedom
Optical 3D scanning
Complex geometry capture
CAD-ready mesh output (STL / OBJ)
Scan-to-CAD workflows
Dimensional comparison & inspection
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Physical Part → Digital Model
