PRISMby Mirdyne

01Company

We design new materials, and Bimo Tech makes them.

Giessen

Designs new materials with PRISM and proves that they work.

  • Design with PRISM
  • First samples
  • Test evidence

proven material

Wrocław

Makes them at scale and supplies them. Bimo Tech already supplies ITER, the fusion project.

  • Scale-up
  • Powder and parts
  • Supply
bimotech.pl

Mirdyne is a spin-off of Bimo Tech. PRISM is being developed in ESA projects that Bimo Tech leads.

An arc melter in a university materials lab: the steel melting chamber with two round windows on its control cabinet, a chiller and gas bottles beside it.Close-up of the copper hearth: small pieces of raw metal in its hollows, ready to be melted.
Where our alloys are melted: the materials lab at WUST, Wrocław.

Founders

Kevin Grüning

CEO and Managing Director, Mirdyne

Space Systems Lead at Bimo Tech. Physics and technology for space applications, JLU Giessen and THM.

Siddhartha Yash Kovid

Technical Lead, Mirdyne

Technical lead of the ESA projects SPARK and PRISM Alpha at Bimo Tech. Applied AI and data science, MIT Professional Education; biomedical engineering, THM.

Marcin Orzechowski

CFO, Mirdyne

CEO and Head of R&D at Bimo Tech, which supplies special metals and precision parts for space, energy and science. Wrocław University of Technology.

Advisors

  • Prof. Jan WróbelWarsaw University of Technology

    Computer models of how the atoms in an alloy arrange, and what that does to it.

  • Prof. Dariusz JarząbekIPPT PAN, Warsaw

    Materials research, from powder to how a sample holds up under load.

02Working with us

We earn from development contracts and licensing.

Customers want the material now, for what it can do. Certifying a part takes ten years or more; that comes later.

  1. 01

    Our models

    Our own models predict how an alloy’s atoms arrange and what it will do.

    Licensed
  2. 02

    Project

    We solve your requirement. You judge the test results.

  3. 03

    Pilot

    A first trial on your problem, with our sensors.

  4. 04

    Deployment

    PRISM at work on your programme, run by us.

  5. 05

    Support

    Updates, recalibration, traceable data.

  6. 06

    Supply

    The qualified material, made at scale by Bimo Tech.

Where PRISM is used first

  • The Aestus rocket engine in an altitude test stand: its dark nozzle hangs between tanks and pipework.01 · Now

    Space propulsion

    Alloys for the hottest parts of rocket engines. First with ESA and ArianeGroup.

  • The afterburner of a Eurojet EJ200 jet engine, its ring of metal nozzle petals seen from behind.02 · Next

    Defence

    Hot-section materials for aircraft engines, with export rules built in.

  • Inside the Wendelstein 7-X fusion experiment: rows of carbon wall tiles being fitted.03 · Next

    Fusion and energy

    Walls that face the plasma in fusion reactors, and parts for turbines. Bimo Tech already supplies ITER.

  • Tungsten rods grown over with metal crystals in a colourful tarnish.04 · Next

    Supply independence

    Alloys that do the job with metals Europe can get.

  • A white PTFE block with drilled holes and two rolls of PTFE tape on a wooden table.05 · Signed

    Replacing harmful substances

    PFAS-free polymers to replace “forever chemicals”, with an industrial partner.

  • A silicon wafer covered in rows of chips, lit so that it shimmers in colour.06 · Next

    Key technologies

    Materials for semiconductors, and lightweight polymers.

Start

Tell us what your part must survive.

We’ll tell you what PRISM can find, and how we’d prove it.

Register interestGitHub