O nas

O Creotech

Creotech Instruments S.A. powstał w 2012 roku. Od 2014 roku udziałowcem spółki jest Agencja Rozwoju Przemysłu, spółka Skarbu Państwa. Creotech dostarcza zaawansowanych rozwiązań dla kilku gałęzi globalnej gospodarki. Najważniejszym obszarem działania jest sektor kosmiczny i szeroka współpraca w segmencie naziemnym i lotnym m.in. z Europejską Agencją Kosmiczną, jak i z odbiorcami komercyjnymi. Innymi istotnymi obszarami działania są systemy elektroniki pomiarowej dla międzynarodowych ośrodków badawczych (w tym dla CERN i DESY), a także systemy pomiarowe sterujące procesami kwantowymi (m.in. komputerami kwantowymi).

Creotech obecny jest ze swoimi rozwiązaniami również na rynku bezzałogowych systemów latających, gdzie dostarcza urządzenia i oprogramowanie m.in. do nadzoru ruchu dronów. Firma posiada własne zakłady produkcyjne elektroniki, zaplecze integracji małych satelitów, certyfikaty potrzebne do prowadzenia produkcji dla ośrodków naukowych i ESA. Oprócz produkcji elektroniki do własnych rozwiązań, produkuje dla rynku elektromobilności, rynku medycznego oraz w sektorze bezpieczeństwa.

Portfolio projektów

2012

First – small clean-room build

  • 20 m2 clean-room specially build for ASIM project
  • ISO-7
  • Now working in a cascade set with bigger clean-room
  • First training of Creotech staff that perform electronics assembly

ASTP

  • Certification of production processes for Atmosphere-Space Interactions Monitor ASIM project
  • First contract from ESA
  • Gaining know-how for space grade electronics production
2013

PROBA-3

  • Creotech is becoming a part of the consortium for PROBA-3
  • We are responsible for delivery of parts of the on-board computer, assembly and parts of the EGSE.
  • Project is on-going , mission planned for 2022

ASIM

  • ASIM – ESA project for monitoring of the upper atmosphere phenomena
  • Assembly of 64 boards for ASIM project
  • From April 2018 experiment is working on International Space Station
2014

OPS-SAT

  • Creotech is becoming a part of the consortium for OPS-SAT
  • We were responsible for delivering software for CCSDS telecomunication engine and for parts of the EGSE
  • Nanosatellite launched in 2019

DESSIS

  • Assembly of electronics boards for DLR Earth Sensing Imaging Spectrometer
  • From 2018 experiment is working on International Space Station

Exomars-2016

  • Assembly of electronics boards for Cassis camera for Exomars-2016 orbiter
  • Project done together with Space Research Center
  • Mission launched in 2016
  • Cassis camera is delivering pictures

Second – large clean-room build

  • 80 m2 clean room designed for electronics production build ISO-8
  • Equipped with automatic assembly line and control and test equipment
2015

MET-OP-SG

  • Design and production of parts
    of EGSE for MET-OP-SG constellation
  • The same products where then implemented in NEOSAT project
  • Cooperation with Airbus

MAIT-QUAL

  • Certification of production processes for PROBA-3 mission
  • Certification includes FPGA mounting

SAT-AIS-PL

  • Phase A of the AIS satellite
  • Creotech was leading a consortium composed of polish compainies and scientific institutes
  • Gaining experience in missions development and planning
  • Huge input to HyperSat programm

NEOSTEL-1

  • Design of the cameras for NEOSTEL observatory
  • Designing phase finished in 2017
2016

NEOSTEL-2

  • Production of the cameras for NEOSTEL observatory
  • Due to lack of mechanical equipment in 2019 mechanical part passed to OHB Italy with electronics part staying in Creotech

White Rabbit study

  • Finalizing white rabbit time synchronization system for ESA
  • Outcome of the study allow us to start projects with two telecom operators in Poland to provide them with WR system

ICEYE

  • Starting cooperation with ICEYE
    start-up
  • Taking part in the CDR
  • Delivering electronics, harness, MLI for ICEYE-1 satellite
  • On orbit since January 2018

EO Cloud

  • Prototype of the cloud storage system for Copernicus programm
  • Outside of the main scope of Creotech activities
  • Allow to gain an experience in finall data user segment
2017

Third – large clean-room build

  • 60 m2 clean room designed for integration of microsatellites
  • Equipped with large transport doors and additional infrastructure
  • ISO 8

HyperSat

  • Microsatellite platform in a range of masses 10-60 kg
  • Based on COTs elements but prepared according to ECSS tuned standards
  • Project will be finished at TRL7 in march 2021
  • CDR planned for October

CREODIAS

  • Continuation of EO Cloud project
  • Storage for the Copernicus data
  • Allow to gain an experience in finall data user segment

PressFit

  • Certification of production of electronics for space with the PressFit connectors
  • Project done with help from Thales Alenia Space
  • Aim is to fit into Thales delivery chain of electronics

MAIT-QUAL-2

  • Certification of production processes for JUICE mission
  • Certification includes FPGA mounting
  • Certification includes automatic production line
2018

ICEYE

  • Signing an agreement on production of electronics for SAR microsatellite constellation
  • Up to know 5 sets of electronics produced for 5 satellites on orbit
  • Production of next sets is on-going

BFPaas

  • Start of the BFPaas project, we provide a tool to plan paths for UAVs using satellite data
  • Usage of CREODIAS infrastracture
  • Cooperation Polish Air Naviagtion Service Agency

Lead Free

  • Preparation of technology for electronics production for space based on lead free soldering
  • Together with Tele and Radio Research Institute, Łukasiewicz Network
2019

MAXAR

  • Ageement for cooperation with MAXAR USA company signed
  • Creotech is an official distributor of MAXAR high resolution data for Polish market

OpenCosmos

  • Cooperation with OpenCosmos NewSpace company on their nanosatelite bus
  • Delivery of communication software, production services, support

CORONA project

  • Preparation of cameras for SST observation
  • Based on experience gained with NEOSTEL
  • End of the project – 2023

DSTAR project

  • Start of the DSTAR project – Air Force Institute of Technology
  • Aim of the project is ranging laser system for microsatellites
  • Role of Creotech – preparation of supercomputer for HyperSat based on Jetson module
  • TRL7 in 2023

POLON project

  • Start of the POLON project – together with Institute of Aviation
  • Preparation of engine module for HyperSat platform (based on hydrogen peroxide – green propelent)
  • TRL7 in 2023
2020

First business developers abroad

  • Focuse on a space sector
  • Focus on developing countries in Asia and Africa
  • Discussion on joint missions using HyperSat components

Expansion of premises

  • New laboratories are being build
    (400 m2)
  • Special laboratory for FlatSat integration
  • Optical laboratory for SST camera tests and EO camere tests
  • New electronic assembly line

HyperNanoWeld

  • Project run by Cyprus company (Amadema) under Cyprus-ESA scheme
  • It is focused on design of the new structures to be used at small satellites
  • They will be tested on HyperSat design – solar panels structure

WIRAN

  • Cooperation with WIRAN company – contract signed
  • Telecomunication antenas develope under ESA contracts will be tested in space on EagleEye satellite

EAGLEEYE project

  • Continuation of HyperSat project
  • Microsatellite platform will be moved from TRL7 to TRL9
  • Test of the 5HU configuration with Earth Observation instruments
  • Tests in space in 2023


Fundusze

Nasi partnerzy

Projekt Renesans, realizowany przez Creotech Instruments SA. polega na opracowaniu uniwersalnej platformy satelitarnej HyperSat, służącej do realizacji misji kosmicznych w krótkim czasie i przy niskich kosztach, w szczególności do budowy konstelacji satelitarnych. Ta modułowa platforma opracowywana jest w ramach projektu Europejskiego Funduszu Rozwoju Regionalnego, przy wsparciu Programu Operacyjnego Inteligentny Rozwój 2014-2020. Głównymi zaletami platformy będzie jej modularność i powtarzalność. Klienci będą mogli dowolnie konfigurować satelitę korzystając z gotowych modułów. Creotech Instruments jest jedyną firmą w Polsce dysponującą procesami technologicznymi i linią produkcyjną, certyfikowanymi do produkcji elektroniki przeznaczonej do zastosowań w przestrzeni kosmicznej przez Europejską Agencję Kosmiczną ESA.

© 2021 Creotech Instruments S.A.