Resin-printed object should be post cured to ensure the material is completely polymerized to achieve the best material properties. This is especially important for functional resins such as castable resins and engineering resins.

When using XYZprinting UV Curing Chamber for XYZprinting resins, follow the below curing profile for post-processing:

Resin Name	Resin Model	Color	Compatible Nobel Printer	UV Curing Chamber		EeezCure180**	MultiCure180
				Power Level	Curing Time	Preset	Preset	UV LED	Power Level	Curing Time
Standard	A1	Grey	1.0	3	10	02	04	365+385+405	100	7
Standard	A1	Clear/White/Blue/Magenta	1.0 / 1.0A	3	10	02	04	365+385+405	100	7
Flexible	B1	Clear	1.0 / 1.0A	3	10	02	03	365+385+405	100	5
Castable	C1*	Orange	1.0A	3	10	02	02	385	100	10
Rigid	D1	Clear	1.0A	3	20	03	05	365+385+405	100	10
Tough	D2	Clear green	1.0A	3	20	03	06	365+385+405	100	15
Rigid	D3	Orange	Superfine	3	10	02	04	365+385+405	100	7
Standard	E1	Purple	Superfine	3	10	02	02	385	100	10
Standard	E1	Clear	Superfine	3	10	02	02	385	100	10
Standard	E2	Grey	Superfine	3	10	02	03	365+385+405	100	5
Castable	F1*	Yellow	1.0A / Superfine	3	5	01	01	385	100	5
Castable+	F2*	Brown	Superfine	3	30	04	07	365+385+405	100	30
Heat Resistant	K1	Dark green	Superfine	3	20	03	05	365+385+405	100	10

Note
*Post cure castable resin prints in water for best performance.

** Curing parameters are the same for EeezCure180 and the UV curing chamber. When using EeezCure180, simply switch between different presets to apply the suggested curing settings.

Applicable printer: Nobel 1.0A

For the ideal printing result and the complete output of design details, please follow below design specifications when designing the models:

Wall thickness ≥ 0.8mm

Walls thinner than recommended may warp or break during the peel process.

Overhang angle ≥20°

Support structures are required for steep overhangs with an angle larger than recommended limits. Otherwise the overhangs may deform or break.

Vertical-Wire Diameter ≥0.5mm

Nets or wires thinner than recommended may break or deform during the peel process.

Hole Diameter ≥1.5mm

Holes smaller than recommended may trap resin in the object or may close off during printing.

Clearance ≥0.4mm

Clearance smaller than recommended may fuse during printing. Moving parts may thus become non-functioning.

Note 
» The recommendation is based on the printing result at layer height of 0.1mm. 
» Print quality may be affected when printing with a damaged or cloudy resin tank.
» The specs for some features are different for certain resins. Please also follow the design specs in the wiki page for each resin, if available.

Applicable printer: Nobel Superfine

For the ideal printing result and the complete output of design details, please follow below design specifications when designing the models:

Wall thickness ≥ 0.3mm

Walls thinner than recommended may warp or break during the peel process.

Overhang angle ≥20°

Support structures are required for steep overhangs with an angle larger than recommended limits. Otherwise the overhangs may deform or break.

Vertical-Wire Diameter ≥0.3mm

Nets or wires thinner than recommended may break or deform during the peel process.

Hole Diameter ≥0.5mm

Holes smaller than recommended may trap resin in the object or may close off during printing.

Clearance ≥0.3mm

Clearance smaller than recommended may fuse during printing. Moving parts may thus become non-functioning.

Note
» The recommendation is based on the printing result at layer height of 0.025mm. 
» Print quality may be affected when printing with a damaged or cloudy resin tank.
» The specs for some features are different for certain resins. Please also follow the design specs in the wiki page for each resin, if available.