16 February 2024
Microsaic Systems plc
("Microsaic" or the
"Company")
Company update
Microsaic Systems plc (AIM: MSYS), the
developer of micro-electronic instruments and analytical solutions,
is pleased to announce that following
completion of the acquisition of the assets of Modern Water, as
announced on 25 January, the Modern Water laboratory and production
facilities have been reactivated at Sand Hutton, York, England. The
Company has re-engaged specialist staff and moved the business to a
smaller and more cost-efficient part of the York Biotech Campus.
The Board expects to have initial stocks of MicroTox® reagents
available for release by the end of February once full quality
criteria have been met, with further reagents to be manufactured
and available for shipping in April. The Company is receiving
orders from existing repeat customers, as well as enquiries from
those seeking to renew supplies of MicroTox® reagent and other
consumable kits for their testing equipment.
The Company has also begun marketing Sulphate
Reducing Bacteria Test kits ("SRB Kits") and will be quality
checking initial production of SRB Kits in the coming weeks, before
making them available for purchase. Modern Water is committed to
maintaining the highest quality and consistency for its
market-leading MicroTox® brand and associated products.
The Company has made good progress with the
mass spectrometry part of its business. Outsourced manufacturing of
the 4500MiD® units continues at Kingfield Electronics in
Chesterfield, England. In addition, Microsaic's mass spectrometer
servicing capability has been set up in collaboration with a new
partner Jaytee Biosciences, in Herne Bay, Kent. The Company's
miniaturised PFAS ('forever chemicals') detection equipment, built
around the 4500MiD®, is attracting significant market interest from
original equipment manufacturers ("OEM"s) and suppliers. A complete
PFAS system is undergoing stage 1 testing with a large OEM in the
United States which has leading domestic sales and worldwide
distribution capabilities. We are working with them to optimise the
PFAS system for commercial use after stage 1 testing is completed
estimated to be in Q2 2024. The Company will provide a further
update in due course regarding the planned evaluation of its
bioprocessing solution, ProteinID, by a European OEM ahead of field
trials expected later this year.
Bob Moore, Acting
Executive Chairman of Microsaic, commented:
"We are
pleased that the integration of Modern Water is going ahead as
planned. We are now actively resetting both the Modern Water and
Microsaic Systems parts of the business to increase efficiencies as
part of our growth plans. We are reconfiguring the business such
that we can react in an agile way to the changing needs of our
customers, with a close initial focus on the growing markets in
point of need environmental testing of water, and for toxic and
potentially carcinogenic chemicals."
Microsaic
Systems plc
Bob Moore, Acting Executive Chairman
|
+44 (0) 20 3657 0050
via TPI
|
|
|
Singer Capital
Markets (Nominated Adviser)
Aubrey Powell / Angus Campbell / Oliver
Platts
|
+44 (0)20 7496 3000
|
|
|
Turner Pope
Investments (TPI) Limited (Broker)
Andy Thacker / James Pope
|
+44 (0) 20 3657 0050
|
About Microsaic Systems
Microsaic has over 20 years' experience in
microelectronics and development of instrumentation. The Company
has an extensive and innovative patent portfolio in
industry-leading technology designed and developed for "Industry
4.0" application serving markets in diversified Industries, Human
and Environmental Health. Microsaic's very energy-efficient,
micro-system solutions have enabled analytical detection and
characterisation at the point-of-need, whether within a mobile
testing capability, conventional laboratory setting, or within a
bioprocessing facility for continuous detection of data at multiple
steps in the process workflow.
Microsaic's products and solutions are
commercially available through global markets via a network of
regional and local partners, targeting its core laboratory,
manufacturing and point-of-need applications.