Powerful and efficient air motors for industrial applications. Compact design, long service life, and high performance available at BIBUS Industrial!
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Aluminum motors provide energy savings with their low weight and effective heat dissipation.

Acetal motors offer high performance with low weight and are safely used in environments where cleaning sensitivity is critical.

Stainless steel motors are safely used in sectors where high cleaning standards are required.

Eco-high-speed mixers offer powerful performance and low energy consumption in time-critical processes.

Eco-station mixers provide maximum performance in long-duration processes with low energy consumption.

Laboratory mixers provide high precision and ease of use in R&D (Research and Development) and testing environments.

Eco-custom mixers are adapted to specific needs, combining energy saving and process efficiency.

ATEX compliant stainless steel mixers combine both safety and hygiene standards in challenging conditions.

ATEX mixers provide safe operation and consistent performance in areas with explosive atmospheres, such as Zone 1 and 0/1.

ATEX mixer drives offer reliable performance in areas with explosion risk within the chemical and process industries.

ATEX mixer motors ensure safe and efficient mixing in environments containing explosive gas or dust. Choose them for industrial safety with the quality assurance of BIBUS Industrial.

Ferrite-free motors can be safely used in environments requiring magnetic sensitivity, such as medical devices and precise measurement systems.

Motors with IP68 protection offer high resistance against external factors, ensuring safe and long-lasting operation.

Clean room motors offer ideal solutions with maximum hygiene and minimum particle emission in medical, pharmaceutical, and food production areas.

They can be easily and quickly integrated into any production environment with versatile mounting options.

ATEX motors are designed to provide maximum safety and performance in areas with a risk of explosive atmospheres.