Collage displays inkjet printer microscopy with metallic droplet, neuron network, and nerve fibers cross-section.

Ole Bielfeldt Captures Mesmerizing Microscopic Dance of Ink Droplets in Award-Winning Photo

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Written by John Oliver

2026-10-22

A glimpse into the unseen: the magic behind printing

Nikon‘s Small World Photomicrography Competition for 2026 showcases the intricate and often unseen details of our world, captured through the lens of a microscope. This year, Ole Bielfeldt from Cologne, Germany, took the top prize with a captivating image of ink droplets being deposited onto paper by an inkjet printer. The photograph, resembling a scene from a sci-fi film, highlights the hidden beauty in everyday processes through the fascinating technique of inkjet printer microscopy.

Inkjet Printer Microscopy: A meticulous approach to capturing the ordinary

Bielfeldt, known for his brand macrofying, employs photography, inkjet printer microscopy, and personally crafted equipment to transform mundane objects into extraordinary images. His winning piece emerged from a quest to delve into the mechanics of printing. Using a self-made imaging rig and a microscope objective, he slowed down the action to reveal the intricate dance of droplets as they meet the paper surface.

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“It felt magical,” Bielfeldt remarked. “Seeing the process laid out in such detail was eye-opening.” He engineered the printer to keep the printhead stationary while the paper moved, allowing him to freeze the motion of the droplets using a flash in a darkened room. This innovative use of printer technology emphasizes the potential of inkjet printer microscopy.

Ink droplets being deposited by an inkjet printer onto paper at a microscopic level.
Microscopic view of an inkjet printer depositing ink onto paper

Unveiling nature’s hidden art

Other notable entries include John-Oliver Dum’s striking capture of a jumping spider adorned with pollen and Kaelin Wulf & Rachel Flannery’s vibrant depiction of neurons from an expanded mouse brain.

Second place: A close encounter with a spider

Photographer: John-Oliver Dum, utilized image stacking, achieving a magnification of 20X. The use of inkjet printer microscopy in capturing such details points to the versatile applications of the technique.

Third place: Illuminating the neural dance

Captured by Kaelin Wulf & Ms. Rachel Flannery at the Allen Institute in Seattle, the image showcases neurons using expansion microscopy. Each piece reflects the potential of inkjet printer microscopy to reveal structures otherwise invisible to the naked eye.

Another innovative use of technology in art is seen in Spencer Lowell’s ‘Futures Past’ where he captures the intersection of humanity and technology.

Pencil lead exposed to high-voltage electrical discharge creating a striking effect.
Pencil lead during exposure to a high-voltage electrical discharge

Check out the remaining top contenders that illustrate diverse scientific marvels, from the tip of a ballpoint pen to 20-day-old sea urchin larvae,.

Twenty-day-old sea urchin larva featuring blue fluorescent nuclei.
20 day old sea urchin larva with blue fluorescent nuclei

Exploring the competition’s highlights

Below, find the diverse collection of images recognized in this year’s competition, each a testament to the wonder and complexity of science as captured through a microscopic lens and the transformative power of inkjet printer microscopy.

  • Fourth place – Ballpoint pen tip by Justin Theodore Benttinen, Berkeley, California, USA.
  • Fifth place – Inner structure of a daisy by Mike Crutchley, Pembrokeshire, Wales, UK.
  • Sixth place – Slime mold spore structures by Eric Epstein, Brooklyn, New York, USA.
  • Seventh place – Reprogrammed human neurons by Dr. Bruno Cisterna & Dr. Eric Vitriol, Georgia, USA.
  • Eighth place – Electrifying pencil lead by Dr. Marcel Clemens, Verona, Italy.
  • Ninth place – Liver endothelial cell by Dr. Francisco Lázaro-Diéguez, New York, USA.
  • Tenth place – Wasp emerging from chrysalis by Michael Parra Puentes, Bogotá, Colombia.
  • Eleventh place – Sea urchin larva by Svenja Carolin Kling, La Jolla, California, USA.
  • Twelfth place – Tardigrade molting by Dr. Gonzalo Quiroga Artigas, Montpellier, France.
  • Thirteenth place – Recrystallized estrogen by Sebastian Sparenga, Chicago, Illinois, USA.
  • Fourteenth place – Pilobolus fungi by Mike Crutchley, Wales, UK.
  • Fifteenth place – Mouse trachea cells by Dr. Julien Resseguier, Oslo, Norway.
  • Sixteenth place – Embryonic frog skin cells by Pierre Nouaux & Laurent Kodjabachian, France.
  • Seventeenth place – Lab-grown intestinal tissue by Dr. Gauri Kulkarni, North Carolina, USA.
  • Eighteenth place – Mouse hippocampal neurons by Bilal Akhtar, Mainz, Germany.
  • Nineteenth place – Mouse eye cross-section by Satu Paavonsalo & Dr. Sinem Karaman, Finland.
  • Twentieth place – Abalone shell by Justin Theodore Benttinen, Berkeley, California, USA.
Embryonic Xenopus skin cells highlighting cilia, centrioles, and cell membranes.
Embryonic Xenopus skin cells, showing cilia (green), centrioles (red), and cell membranes (white)

The Nikon Small World competition continues to illuminate the invisible and spark curiosity across scientific and artistic communities worldwide.

Lab-grown human intestinal tissue showing glowing epithelial cell connections.
Lab-grown human intestinal tissue showing glowing, brick-like epithelial cell connections that form the intestine’s protective barrier
Cross-section of a mouse eye illustrating retinal blood vessels and optic nerve.
Cross-section of a mouse eye showing retinal blood vessels and the optic nerve
Intricate pattern of a large sea snail (abalone) shell surface.
Large sea snail (abalone) shell
Microscopic view focusing on a mysterious cellular structure, details unclear.
Detailed capture of an intricate, likely organic structure at microscopic level.
Patterned arrangement of a cellular or synthetic microscopic element.
Collage displays inkjet printer microscopy with metallic droplet, neuron network, and nerve fibers cross-section.
Collage featuring a circular metallic droplet, a 3D-printed structure with falling beads, a blue-lit network of neurons, a tool emitting sparks, and a detailed cross-section of nerve fibers.

Source: dpreview.com

Frequently asked questions

Who won the Nikon Small World Photomicrography Competition for 2026?

Ole Bielfeldt from Cologne, Germany, won the top prize with an image of ink droplets being deposited onto paper by an inkjet printer.

What unique technique did Ole Bielfeldt employ?

Ole Bielfeldt used inkjet printer microscopy and personally crafted equipment to capture the intricate dance of ink droplets on paper.

What did the second place photograph depict?

The second place photograph, captured by John-Oliver Dum, depicted a jumping spider adorned with pollen, achieving a magnification of 20X.

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