Digital Holograms

 

Visualise 3D content from many angles and highlight details that can’t be viewed in 2D.

Holograms don’t require glasses and offer a degree of flexibility through channeling and animation.

We design digital holograms for medical imaging, scientific visualisation, engineering design, architecture and more.

Have a project in mind? Contact us here.

 

Data formats:

  • Popular: Obj, GLTF, STL

  • Volumetric: Dicom, NRRD

  • Simulations & modeling: Mathematica, Matlab

  • Molecular PDB, MOL

  • Scans, point clouds, XYZ

  • Graphics: 3DS Max, Maya

  • CAD: AutoCAD, ProEngineer

  • Raw data/custom formats

Specifications:

  • Material: glass substrate (silver halide) or polymer/acrylic

  • Size: A4 (20x30 cm 8x12”) to A1 (80x60 cm 32x24”)
    Custom sizes available

  • Viewing angle: up to 120 degrees

  • Colour: full 24-bit RGB

  • Orientation: vertical (wall mount) or horizontal (floor)

  • Up to 3 channels

  • A few seconds of animation

 

Our Digital Hologram Services

We provide one-to-one personal support for each of our customers. We walk with you, right from when you first contact us through to delivery of your product.

It usually takes a few weeks to turn a design around: 5-10 days for design and 10-15 days for manufacturing on the holoprinter.

For larger volumes, we can make a "master" hologram and then use a holographic replication device to make copies.

We will also advise you on lighting, installation and presentation of your hologram. Our holograms are present in universities, trade shows, exhibitions, museums, lobbies, research institutes, hospitals and more. We made several world firsts holograms and won several awards.

 

Holoprinter Machine

Digital holograms are manufactured using holographic printing technology. The holoprinter writes tiny holographic dots (hogels or holopixels) that contain a unique view of a 3D scene from a slightly different perpective. Each holopixel contains megabytes of information, requiring considerable graphics processing to compute all of the views. The holoprinter writes these holopixels into a photosensitive material using red, green and blue lasers.

Digital holograms are illuminated with a LED light. And as we can control each ray of light emitted from the surface of the hologram, we can view 3D animation on digital holograms.