In the automotive and electronics industries, important machine components are continuing to shrink, demanding high accuracy and resolution from sensors. However, issues such as greasy surfaces or excessively high accuracy requirements can make non-contact methods insufficient.
Handling measurement and positioning challenges on aircraft fan blades with our Digital Pneumatic Probes. Accurate and reliable, optimizing performance.
For applications involving concrete used in bridges and overpasses, laboratories sometimes measure the creep of concrete material. This involves taking a sample of concrete subjected to stress, then measuring how far it stretches before failure. These testing devices often require a load sensor, as well as a high-precision sensor to measure the distance of elongation.
In partnership with leading fuel cell technology companies, Precision Micro is at the forefront of etching bipolar plates which are used to assemble individual PEM fuel cells.
The automotive industry is one of innovation. Though the first electric car was developed in the late 19th century, its move towards mass production some 100 years later has revolutionized the future of road travel. Today, many consumers are looking to adopt renewable and electric powered vehicles as they look to reduce their carbon footprint, and manufacturers aim to meet emission legislation.
Evolution of Hydrogen Technology
As the industry changes at pace to meet these demands, UK based Precision Micro is primed to support innovation with its pioneering photochemical etching service, not only with the ramp up of battery technology – Precision Micro specializes in etching the conductive busbars used in battery power distribution – but also with next-gen power including the development of hydrogen fuel cells.
Bipolar Fuel Cell Plates Manufacture
In partnership with leading fuel cell technology companies, Precision Micro is at the forefront of etching bipolar plates which are used to assemble individual PEM fuel cells – an alternative to batteries that do not run down or require a recharge, producing electricity and heat as long as fuel is supplied.
These etched plates are stacked in layers, with hydrogen applied to the anode side and oxygen on the cathode side. This results in a chemical reaction that produces electricity and releases a by-product of water. To ensure this happens efficiently, the plates must be machined with intricate channels to ensure the flow of gaseous fuel and air through the fuel cell.
Etching Versus Stamping and Hydroforming Bipolar Plates
This state-of-the-art process ensures highly accurate production of plates at a high production rate, with channel and profile accuracy down to as little as +/-0.025mm. Also, unlike traditional metallic plate machining processes including hydroforming and stamping, etching does not affect the plate flatness or introduce stresses and burrs which could compromise stack bonding.
The use of fuel cells is not just limited to road cars, with the technology also being developed by the aerospace industry for next-gen aircraft, the construction industry for use in excavators, and even domestic boilers.
As part of its commitment to quality, Precision Micro has recently made significant investments, including a £1 million ($1.35M) investment in a Quality Centre of Excellence, as well as expanding its Quality Team.
The company has also renewed their AS 9100 and IATF 16949 certifications for a further three years following extensive audits, demonstrating their commitment to quality and excellence. Internationally recognized quality management systems, AS 9100 is broadly used within the aerospace industry, while IATF 16949 is the certification for automotive quality management. Adding to Precision Micro’s existing accreditations, which include ISO 13485 and ISO 14001, the two re-certifications make the photochemical etching specialist a leader in its field.
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Source: precisionmicro
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