Collisions of Lucidity - Art Print

Fine art print of original painting, titled “Collisions of Lucidity”, by Nick Bultman, April 2024. 

Signed, numbered limited edition print of 10 fine art gicleè inks on 300gsm Pura Velvet 100% cotton rag fine art paper.

Ultra-high resolution panoramic scan of original artwork captured in professional studio and color-matched to original work. 

Each print comes with corresponding numbered and signed COA.

Artist signature defaulted to backside (no matting) or front side (if matting).

Prints are de-curled prior to shipping to straighten paper and limit warping during transit.

Intentionally sized for standard picture frame sizes.

Matting Optional (if left blank, your print will default to no matting):

Matting: Some collectors prefer a blank margin (matting) for picture frame overhang and to have a spot to grab to prevent fingerprints on the printed surface. The drawback is that the printed image is slightly scaled down in size. 

To request matting:

1) select your preferred size.

2) add to cart.

3) view cart.

4) enter matting size (in inches).
*Note that each print size has a different matting option.

Shipping:

USA: FREE SHIPPING on all prints

INTERNATIONAL: shipping options available for 30+ countries. Please note that additional customs/duty/import fees may be charged upon delivery (which typically range between $20-100). These fees are country/carrier specific and are required for most countries upon delivery. It is customer's responsibility to pay these fees upon delivery. *These fees can be reduced by self-declaring your package, purchasing the print as a gift, or declaring the insured value below a certain threshold. Contact Nick if you would like more information on these options, since each country handles import fees differently.

Fine Art Prints: Rolled within a sturdy cardboard tube, surface protected by glassine construction paper divider. 

Additional Notes:

*Frame not included (however, recommendation: custompictureframes.com) 

**Please note some images are digitally transposed and therefor do not reflect genuine lighting conditions.