Introducing Successful Applicants for Spark Funding grants

In another call for a Spark Funding grant, which is to finance demonstration projects with the aim of successfully implementing a pilot technology transfer, four Czech companies succeeded. The recipients of this funding are:
Hikade Technologies for Crolyze - CryoLyze device is a specialized lyophilizer that utilizes advanced cryogenic technology to efficiently freeze and dry sensitive materials, such as pharmaceuticals, cosmetics, and food products efficently and preserving quality of products. 
BBT - Materials Processing for TWINS - T project, developed by BBT - Materials Processing, focuses on creating a compact hyperspectral imaging system that leverages Fourier transform principles to measure incoherent broadband spectra, enabling the acquisition of hyperspectral images in the thermal infrared (TIR) spectrum. This innovative device is designed for diverse terrestrial applications, such as material analysis, agricultural monitoring, civil security detection, and R&D spectroscopy, offering high sensitivity, excellent spectral resolution, and portability, thus providing a versatile and efficient solution for accurately analyzing materials and detecting substances.
asphericon- for Laster Optic for Space project, initiated by asphericon s.r.o. and HiLASE Centre, focuses on developing a new generation of space-ready laser optics using advanced coating technologies. The project aims to produce cost-effective, high-performance optical components suitable for various space applications, such as free-space optical communication, remote sensing, and scientific instrumentation. By leveraging E-beam evaporation with ion assistance technology, LOS intends to create durable coatings that enhance the longevity and reliability of laser optics in the challenging conditions of space, significantly reducing costs and increasing availability for both small and medium-sized space projects.
PSP Technologies for Plasma Shock Peening Technology for Space Applications is an innovative project aimed at adapting plasma shock peening technology, originally designed for surface treatment of metallic materials, for use in space environments. The technology seeks to enhance the durability and performance of critical components—such as drilling tools—by imparting compressive residual stresses, thereby increasing their resistance to fatigue and wear. Through its development, PSP Space targets key stakeholders in the aerospace industry, including space agencies, private companies, and equipment manufacturers, contributing to more efficient and cost-effective space exploration missions.
These grants are aimed at fostering innovation and supporting Technology trasfer projects, marking a significant milestone for the recipients and the global space sector.

For more info dont hesitate to conatct our ESA Technology Broker team: simek@tc.cz or ruscak@tc.cz