# We design new materials, and Bimo Tech makes them.

Giessen

![Mirdyne](https://prism.mirdyne.com/brand/mirdyne-lockup-ink.png)

Designs new materials with PRISM and proves that they work.

-   Design with PRISM
-   First samples
-   Test evidence

proven material

Wrocław

![Bimo Tech](https://prism.mirdyne.com/bimo-logo.png)

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

-   Scale-up
-   Powder and parts
-   Supply

[bimotech.pl](https://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.](https://prism.mirdyne.com/img/lab-arc-melter.webp) ![Close-up of the copper hearth: small pieces of raw metal in its hollows, ready to be melted.](https://prism.mirdyne.com/img/spark-hearth-column.webp)

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 Wróbel** Warsaw University of Technology

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

-   **Prof. Dariusz Jarząbek** IPPT PAN, Warsaw

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

Working 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.

01

### Our models

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

Licensed

02

### Project

We solve your requirement. You judge the test results.

03

### Pilot

A first trial on your problem, with our sensors.

04

### Deployment

PRISM at work on your programme, run by us.

05

### Support

Updates, recalibration, traceable data.

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.](https://prism.mirdyne.com/img/markets/space.webp) 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.](https://prism.mirdyne.com/img/markets/defence.webp) 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.](https://prism.mirdyne.com/img/markets/fusion.webp) 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.](https://prism.mirdyne.com/img/markets/supply.webp) 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.](https://prism.mirdyne.com/img/markets/pfas.webp) 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.](https://prism.mirdyne.com/img/markets/tech.webp) 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 interest](https://prism.mirdyne.com/interest/) [GitHub](https://github.com/Darth-Hidious/PRISM)

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