AirSon Engineering Industries Hi-tech manufacturing Hi-tech manufacturing

Hi-tech manufacturing

Futureproof and safeguard your production process and personnel in hi-tech environments

In the “Hi-tech Manufacturing” industry, i.e. microelectronics, optics, batteries, automotive, defense etc, there has always been a strong focus on process reliability, product quality and safety. These parameters of course still stand out, but there are also more requirements added that need to be part of the equation. Minimizing capital expenditure (CAPEX) and operational expenditure (OPEX) is of course key questions to address.

The product quality required in the market is often well documented and understood by the product manufacturer and so is the safety issue – this is key knowledge in any corporation. However, the demands on the supporting systems for the main production lines are not as defined. What is really needed in terms of performance of the ventilation system? Or the compressed air system? Or the steam systems? This is where AirSon comes in with expert knowledge to bridge our customers’ needs in term of top quality of the final product and optimum production reliability with the requirements of the utility systems.

For the newer industries in the Hi-Tech industry, there are often no best practices to rely on, as many processes have never existed before. We are used to such environments and circumstances, where the “SOP” (standard operating procedure) is not yet written. With our vast experience from industries with similar requirements, we can always give you recommendations on the best solution going forward. At AirSon, we are not afraid to stick our necks out to help guide you through new and unknown territories.

We make efficient, reliable high-tech production facilities come to life.

Hi tech production
Injection moulding & Extrusion

Injection moulding and extrusion are high-volume manufacturing processes often used in the Hi-tech manufacturing industry. Injection moulding involves the production of products by injecting molten materials into a mould. The materials can be metals and glasses, but most commonly thermoplastic and thermosetting polymers. Injection moulding is used to produce a variety of products that are integrated or come in contact with advanced electronics or for packaging materials.

The battery industry

The world is becoming more and more dependent on batteries, no matter if we talk about the devices we carry in our pockets, the electrification of the transportation sector, energy storage or electrification in general. Lithium-ion batteries stand out (at the moment) as one of the most promising technologies in the sector, thanks to their energy density, cost competitiveness and cycle life.


In microelectronics manufacturing there is zero room for errors. This goes for the production process as well as the utility systems. Even the smallest particle destroys your silicon wafer or damages your photolithography process. Most of the time, state-of-the-art systems are required to meet the very stringent demands. AirSon knows what is needed to reach the outstanding product quality that you are aiming for.


If you are a manufacturer of advanced mirrors, lenses, microscopes or lasers, you probably know all about the extremely high demands on the controlled environment that is needed for outstanding product quality and minimum scrap rates. At AirSon we know exactly what is required in terms of cleanroom facilities and supporting systems.

R&D facilities

R&D facilities vary a lot in terms of design as well as in demands. It is crucial to have the best speaking partner when deciding on the level of cleanliness required for your specific process. AirSon can be the speaking partner you need.


The defence industry is broad and wide, but what most segments have in common are high and tight demands and tolerances when it comes to the facilities where the products are manufactured. This goes for weapons, laser products, precision alignment, etc. Let us know what you need, and we will supply you with a solution that matches.


Almost all automotive manufacturers have a plan to phase out the internal combustion engine (ICE). No matter which new technology is selected, there are higher demands on the indoor production climate than before. There is also a lot of other parts used in the industry that need to be produced in controlled environments. At AirSon we have a lot of experience in helping our customers establish a user requirement specification (URS), as well as carrying out the subsequent design work.

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