Pharmaceutical Industry

Precision-Engineered Systems for Critical Drug Manufacturing Processes

Pharmaceutical Industry

Supporting Purity, Compliance & Efficiency in Pharma Production

Mazda provides advanced vacuum and heat transfer solutions tailored for pharmaceutical manufacturing, where hygiene, precision, and regulatory compliance are paramount. Our systems are integral to processes such as solvent recovery, drying, crystallization, and distillation—ensuring consistent product quality and reduced operational risk. Built with corrosion-resistant materials and GMP-aligned design, Mazda’s equipment supports safe, contamination-free environments. With energy-efficient performance and proven reliability, our solutions empower pharmaceutical companies to enhance productivity while meeting stringent industry standards.

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Mazda Limited’s Steam Jet Air Ejector System is a robust, energy-efficient solution used to evacuate air and other gases from process equipment. Built on proven thermodynamic principles, the system uses high-pressure steam to create a vacuum, ensuring smooth operation in applications such as distillation, evaporation, and drying. Engineered for long-term reliability, our ejector systems are low on maintenance, corrosion-resistant, and custom-designed to suit varying operational parameters. With decades of experience, we continue to deliver solutions that integrate performance, durability, and sustainability — all backed by our in-house design expertise.

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Single/Double Stage Liquid Ring Vacuum Pumps

Mazda’s two-stage liquid ring vacuum pumps represent a breakthrough in vacuum technology, offering operating efficiencies that reduce power consumption and extend motor life. These pumps achieve higher vacuums and capacities at reduced energy usage, making them one of the most economical and reliable solutions in the market. By combining advanced design with decades of expertise, Mazda ensures consistent, low-maintenance operation even in demanding industrial environments. With features such as combination air ejector options, these pumps can achieve lower suction pressures than conventional systems, protecting against cavitation and ensuring stable performance.

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Chiller Vactor

The Chiller Vactor System utilizes multiple steam jet ejectors, integrated chill tanks, and advanced controls to deliver high-performance evaporative cooling. Unlike conventional systems, it features automatic deaeration—removing nearly all dissolved air and gases to significantly reduce corrosion risks. Compact and efficient, this system requires minimal installation space and operates maintenance-free, making it an ideal solution for industries requiring consistent chilled water output with operational simplicity and low lifecycle costs.

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OSLO Crystallizer

Mazda’s Oslo Crystallizer, also known as a classified-suspension crystallizer, is a proven system for producing large, coarse crystals with a narrow size distribution. Unlike conventional crystallizers, it operates without mechanical agitation, reducing energy requirements and minimizing breakage of growing crystals. The design incorporates a fluidized bed for controlled desupersaturation and a liquor-vapor separation zone for solvent removal, ensuring steady, uniform crystal growth. Ideal for long continuous production cycles, the Oslo Crystallizer is engineered for efficiency, reliability, and durability across diverse industrial applications.

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Mazda’s High Energy Venturi Scrubbers are advanced air pollution control systems designed to capture fine dust particles, fumes, and gases with unmatched efficiency. Utilizing the energy of a high-velocity gas stream, these scrubbers atomize liquid into ultra-fine droplets that effectively trap sub-micron particles through turbulence and impact. Available in fixed, variable, or manually adjustable throat configurations, they adapt easily to both steady and fluctuating gas flows. Built with durable materials such as fiberglass, steel, stainless steel, Incoloy, or rubber-lined construction, they provide reliable operation even under corrosive and high-temperature conditions.

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