Diamond for Innovative Technology

The unique hardness, extreme optical and
thermal properties, and chemical resistivity
of diamond is already recognized by industry.

Today, thanks to decades of research and
development, diamond is attracting further
interest in the electronics, sensing and
quantum sectors.

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Unlock the full potential

D4InTech diamond has already proven its versatility
in applications such as:

wastewater treatment electrodes
chemo and biosensors
protective coatings for the nuclear industry
transparent electrodes for process monitoring
Schottky diodes

Diamond as a key material

Diamond with its potential can be considered a key material for future advancements in:

electronics (passivation layers for chip protection)
sensors (operating under extreme conditions)
semiconductors (reducing losses and boosting efficiency)
quantum technologies (through nitrogen vacancy centers for quantum sensing and computing)

D4InTech:
The partner you need

Since 2009, our focus has been on developing the microwave plasma enhanced chemical vapour deposition (MW PECVD) process for the fabrication of diamond in many forms.

Today we have grown to a group of experts in the growth of tailored diamond utilising a broad spectrum of MW PECVD systems.

Turning ideas into impact

We specialize in producing diamond in various forms:

from single crystal to polycrystalline
from planar to porous
from nanoscale to microscale
from intrinsic to doped (p and n-type)
from high electrical resistivity to high conductivity
from small to large (wafer scale) area deposition
from high to low (CMOS compatible) deposition temperature

Expertise you can trust

We are an international team with over 60 years of combined experience in growing tailored diamond with controlled properties.

Driven by passion and expertise, we leverage versatile MW PECVD systems and extensive characterization techniques at FZU – Institute of Physics, one of the Czech Republic’s most successful research institutions, to push diamond into new domains.

Our willingness to push diamond into novel domains is shown by our proven track record in successfully completed research projects covering the electronic, electrochemistry, biomedicine, civil engineering sectors.

Now, we offer transfer of our knowledge and skills toward providing solutions to our customers’ most pressing application problems.

60 years
of combined experience

Succesfull research projects

Endorsed by the Institute
of Physics

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Innovation thrives when we collaborate

Thanks to the set of knowledge and skills we possess we can offer full flexibility to match our customer’s needs, whether it be one-off tests, proof-of-concept or scale-up to production approaches.

Our unique combination of MW PECVD systems enables fabrication of diamond on the wafer scale and at CMOS compatible conditions.

Additionally, thanks to full control of purity and doping we can offer combinations of boron, phosphorous and nitrogen doping, which opens diamond’s use in various sectors.

„Together with D4InTech, we investigated technologies for local diamond growth at very low temperatures. This collaboration represents a major step forward in integrating diamond layers as a back-end process and their use in sensor modules.„

Mario Bähr
R&D project leader MOEMS
„Following a long-term research collaboration, the expert team at D4InTech now supplies us with reliable, repeatable, high-quality boron-doped, diamond-based microchips for our biosensor development.„
Roman Effenberg
Diagnostic and Therapeutic Nanosystems group, UCT Prague
„D4InTech has deposited NCD films on Si and glass wafers for our projects. I was impressed by the defect-free films, which maintained a roughness of 5-6nm RMS across the entire wafer exactly as specified.„
Franz Tavella