
Oxford Instruments plc | Report and Financial Statements 2022
20
Market Context
We are well positioned to meet the needs of our customers in
attractive end markets with long-term, structural growth drivers.
Bybuilding strong relationships with our customers, we can
understand more about the changing drivers in our end markets,
anticipating customer needs and helping to address them.
Healthcare & Lifescience
An increasing and ageing population is
placing the healthcare system under great
strain due to the increased number of
people living with medical conditions that
impact their daily lives. Building an
understanding of fundamental disease
mechanisms at the cellular and molecular
level is helping to accelerate the
development of new medicines, with
enhanced efficacy and at a reduced cost.
Semiconductor &
Communications
The ongoing proliferation of semiconductor
chips within consumer electronics and the
exponential increases in digital data and
connectivity is driving the need for more
semiconductor chips and devices. The higher
focus that is being placed on minimising
environmental impact is increasing emphasis
on higher performing and more
energy-efficient devices. This is driving
demand for more compact devices, better
energy efficiency, faster access to
ever-increasing data volumes and improved
connectivity. These are all essential to meet
the needs of IOT, AI, autonomous vehicles and
high-speed 5G networks. It is also vital for
those that are producing these new and
demanding solutions that they can do so
repeatedly and to the required volumes
andquality.
Quantum Technology
The market continues its evolution from
earlier stage research into applied R&D
andthe rapidly evolving commercial
market. Quantum computing remains highly
disruptive, with the ability to revolutionise
end markets from drug discovery, climate
change, logistics and financial services by
helping solve complex problems beyond the
capability of current computers.
Energy & Environment
Ever-increasing environmental demands
are being placed on energy generation,
which is leading to diversification of energy
sources, such as batteries and solar cells,
that will help the transition towards a low
carbon economy, moving away from fossil
fuels. With the growing population there is
more focus on sustainable food production,
increasing requirements for food safety and
the characterisation of food composition.
Another key area in this market is the need
for accurate and traceable testing within
forensic investigations.
Advanced Materials
As the building blocks of society,
thedemand for lighter, stronger, higher
functioning materials, as well as the more
sustainable use of valuable and finite
resources, is present in a wide range of
markets, from those designing safer cars,
developing more efficient battery storage
tothose creating new materials for
medical implants. Accurately measuring
the composition and structure of materials
down to the nanoscale is helping develop
the next generation of materials and in
quality control for high volume
manufacturing.
Research &
FundamentalScience
The fundamental shifts in technology and
capability are driving increased research
and applied development as we continue
tounderstand the world around us. In the
global race for technical leadership,
investment is made to help advance
societies and support sustainable economic
growth. This is helping make advances in
new material and device development as
well as fundamental research in the
physical sciences, including astrophysics.
Market drivers:
•
The quest to find a cure for
life-threatening illnesses is driving further
research into the pathology of disease
states to aid understanding about their
origins and progression.
•
The need to develop more affordable
treatments with improved efficacy rates,
recognising individual responses to therapy
vary, is driving the demand for advanced
and personalised treatment plans.
Market drivers:
•
Increased demand for more efficient and
faster power devices to support a green
economy, e.g. enabling greater electric
vehicle range, faster charging times and
reduced energy wastage.
•
Increased investment supporting the drive
for improved connectivity and the
increased deployment of human-machine
interfaces (e.g. facial recognition), resulting
in the need for enhanced bandwidth,
capacity and speed.
•
Buoyant compound semiconductor
market and strong ramp-up in demand
for mainstream silicon semiconductor
chips and devices, driven largely by the
transition to hybrid working.
Market drivers:
•
Quantum is making progress from
fundamental science to applied research,
targeting commercial applications with
end market drivers including quantum
computing, secure communications,
advanced sensors and imaging.
•
Significant breakthroughs in the
development of quantum technologies
are increasing the level of global
investment and accelerating practical
commercial exploitation of the technology.
Market drivers:
•
Drive for improved battery technology
with less reliance on finite and expensive
components, and more efficient and
effective alternative energy sources,
suchas wind and solar.
•
Sustainable supply of goods and foods
toenable an advanced society.
•
Increasing importance being placed on
accurate and rapid forensic testing.
Market drivers:
•
Need to develop, control and repeatedly
manufacture new materials such as
superalloys, whilst continuing with the
QCand QA of existing products.
•
Increasing awareness of environmental
impact, driving need for improved fuel
consumption in cars and reduction in raw
material usage and wastage in
manufacturing.
•
Move towards higher-performing
materials and super alloys in the
automotive and aerospace industry.
Market drivers:
•
Increasing academic interest is driving
international funding for research into
fundamental material properties.
•
Continued interest in astronomy driven
bythe exploration of the universe, the
tracking of space debris and the
monitoring of solar activity.
Our response:
•
Our advanced imaging and analysis
solutions, including our scientific
cameras, microscopy systems and AFMs,
are helping to reveal sub-cellular detail,
while allowing observation of real-time
interactions to help understand our
immune response to foreign organisms.
•
Our cameras are being used in gene
sequencing, helping researchers learn
more about how genetics influence
response to therapies to enhance
success rates of treatment.
•
Through our MRI service team in Japan,
we continue to ensure these vital hospital
diagnostic systems are running efficiently
and effectively.
Our response:
•
Our etch and deposition process
solutions are used across a range of
semiconductor, device and materials
applications to help develop next
generation disruptive technology.
•
Our leading expertise in the processing of
compound semiconductors is helping
deliver the speed, capacity and energy
efficiencies demanded from increasing
device connectivity.
•
We have further optimised our image and
analysis solutions to enable the
development of next generation devices
with ever-decreasing dimensions and the
quality control and yield management
supporting the efficient production of
current devices.
Our response:
•
Our cryogenics, advanced fabrication,
imaging and characterisation solutions
are all critical to the advancement of this
field and provide the fundamental
capabilities and platforms to enable both
the research and development of viable
commercial applications.
•
Our single photon sensitive cameras are
helping researchers investigate and
develop quantum optics, which are
required for secure quantum-based
communication systems.
Our response:
•
Our imaging and analysis solutions are
helping improve the performance and
storage capability of batteries and solar
cells by helping researchers understand
their structure at the nanoscale.
•
Our benchtop analysers are playing an
increasing role in the quality control and
assurance undertaken within the food
industry, helping establish nutritional
values and the oil and fat content.
•
Our specialist GSR software is used in
the leading forensic laboratories around
the world as it offers accurate and
validated results.
Our response:
•
Our advanced solutions are enabling the
mechanical properties, performance and
reliability of advanced materials to be
determined through the design and
precise control of the composition
micro-structure and thin films coatings,
faster and more accurately.
•
Our ability to measure a range of critical
properties is helping manufacturers
assess the performance and quality of
their processes; for example, by detecting
nanoscale impurities which can degrade
performance, they are able to avoid
catastrophic failures.
Our response:
•
Our scientific platforms create extreme
and controlled environments that allow
researchers to make ground-breaking
discoveries of new materials and novel
phenomena, furthering our
understanding of the structure, properties
and performance of these materials.
•
Our dedicated scientific cameras are
helping astronomers see more detail than
ever before, allowing them to discover
new exoplanets, safely operate satellites
around space debris and help predict
interruptions caused by solar flares.