Formulated, tested and supplied by xolo, with print parameters for Xube² and Xell.
Lattice structure printed in xoloOne in a single step, without support structures, with thin, curved walls and open pores. Printed parts have a translucent amber tint, as shown here.
Two test pieces with fine surface structures and a small lens, printed in xoloClear. The xolo logo behind them stays sharp and undistorted through the flat sections, and is imaged by the lens.
Lens printed in xoloClear_XP in one step, with a small tab for easier handling during post-processing. Its surface is smooth and free of layer lines.
Branching vascular tree printed in a GelMA/PEGDA copolymer in one step, without support structures. Its free-standing branches go down to 90 µm.
Microscope image of a vascular chip model printed in 5% GelMA with 500k cells/mL. The internal channel follows a torus knot design. Enclosed, self-crossing channels like this are hard to make in a soft hydrogel with layer-based methods. Scale bar: 500 µm.
Material development sits at the core of what we do: our in-house chemistry team formulates materials to the highest standards and understands the chemistry behind every print. That expertise shows in the cell viability and precision of our materials, and it’s the same knowledge we bring to support your projects, whatever materials you use.
We are glad to see research groups developing their own formulations for Xolography. Here are a few published examples.
Already know which material you need? Request a quote, and we will send you pricing and expected delivery time.
Request a quoteNot sure which material works for your application? Contact us to book a call with one of our application engineers.
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