Interactive Microsite Maps EXAIR and BETE on the Shop Floor

The shop floor just got a GPS for airflow and cooling.

EXAIR and BETE have launched an interactive factory microsite designed to help manufacturers identify where their products belong in production and maintenance spaces. The centerpiece is a factory floor map with clickable hotspots that show where specific EXAIR and BETE solutions may be used across an industrial process. The goal, according to the companies, is to give users a visual way to plan, compare, and specify equipment without wading through pages of product data first.

For plant managers and procurement teams, the tool is a visible shortcut for decision making. Lead with the operational metric, and the microsite aims to shorten the cycle from design concept to purchase order by presenting practical placements and use cases up front. The site can help teams align on where to deploy blow-off, cooling, drying, or dust-control solutions, while making it easier to communicate requirements to engineering and maintenance colleagues. In an era where every second of downtime matters, the ability to identify compatible products early in the design review can translate to faster line starts and less rework once installations begin.

From an ROI perspective, the value proposition rests on two practical levers. First, the visual map reduces the ambiguity that often slows decision making in capital projects. Instead of guessing which nozzle, air knife, or vacuum accessory fits a given spot, operators see a recommended starting point and a defined set of applicable products. Second, the mapping approach can support standardization across lines and facilities. By curating commonly used hotspots, a company can streamline supplier conversations, simplify training for maintenance staff, and more quickly scale solutions across multiple shifts or plants. In other words, the microsite is a planning tool that can help drive throughput outcomes by reducing the time spent spec’ing and validating options.

Integration requirements are modest but real. The microsite is intended to complement existing workflows rather than replace them. Plant engineers will still need to validate each hotspot against process specifics, safety requirements, and plant standards before committing to a purchase or installation. IT or operations teams should consider how hotspot data will be shared with asset registers, bill of materials, and procurement systems to avoid drift between what is visualized online and what ends up on the draw sheet or in the field. In practice, users will want to confirm mounting space, mounting methods, and power or compressed air supply constraints before finalizing a solution for a given station.

Skilled trades involvement in this context is light but meaningful. The microsite itself does not automate the installation; when a hotspot leads to a deployment, maintenance technicians and field engineers typically handle the on-site selection and commissioning steps. Whether to augment line operators, inspectors, welders, or craft labor depends on the specific product and its installation footprint, but the tool’s intent is clear: to narrow the scope of on-site decisions and prepare craft teams with better upfront information.

Looking ahead, practitioners should watch for updates that broaden the range of processes and equipment covered, improve the granularity of hotspot guidance, and tighten compatibility with plant data systems. As more facilities adopt digital planning aids, the margin between a well-specified first pass and a costly retrofit can shrink. The microsite sets a practical expectation for automation-era decision making: better visuals, better conversations, better outcomes.