Our cleanrooms are pre-engineered as a system and regardless of location, they are replicated with the same durability, reliability and ease of maintenance through its standardized building blocks. Choosing a modular & pre-engineered engineering approach delivers predictable and repeatable solutions with ultimate upgradability for the client’s changing cleanroom business. This sustainable cleanroom solution is a welcome alternative for traditional cleanroom concepts. It increases ROI in terms of revenue, insights and efficiency.
Today’s cleanroom concepts have evolved towards a modular design approach in order to meet rapidly changing needs in cleanroom technology business. If your business requires a classified space, we hold on to modularity and pre-engineering. Our patented VIX concept (nr. 2820356) delivers modular building blocks with a fixed and strong structure.
When designing and building a cleanroom, ABN acts Lego-wise: we start from scratch and start building with our pre-defined and approved building blocks creating high quality cleanroom solutions at short notice. Pre-engineered building blocks contain all the intelligence needed for optimal cleanroom design.
Our ballroom-cleanrooms are equipped with ABN Cleanroom Technology's patented VIX concept (nr. 2820356). This concept holds on to a pre-engineered approach of the energy and technical installations of each cleanroom in order to optimize the usable space, minimize energy costs and reduce the duration of the construction work. It enhances your production process and prevents conflicts between systems such as chillers, boilers & heatpumps, steam installations, heat exchangers, electrical panels, regulation panels, control systems and fire detection.
The durability design specification is expressed in terms of ‘strength’. In other words, products that are physically durable.
This design specification offers many reuse opportunities in pre-engineered cleanroom design. Standardized building blocks enable the concept of legolization to be implemented.
The compatibility aspect focuses on multifunctional interfaces with open communication protocols to have your cleanroom Industry 4.0 ready.
The ease of maintenance and repair to keep a product in working condition and extend its end-of-life starts at the design phase of a cleanroom.
This design specification aims at maintaining product usability by upgrading its performance and modifying it towards the growing needs of the end-user.
In some cases, upgradability might not be sufficient. This final design strategy allows cleanroom parts to be easily disassembled and reassembled at the end-of-life, creating a big impact on material use.
