The pharmaceutical manufacturing industry is a vital component of the pharmaceutical sector, responsible for producing a wide range of medications and medical products that improve and sustain human health. It plays a critical role in translating research and development efforts into tangible pharmaceutical products that can be distributed and prescribed to patients. From R&D to Lab Scale Production to Full Scale Production this Industry has a varied requirement of Control Valves and often require modularity and scalability. MASCOT is geared to support the fast-evolving needs to the pharmaceutical manufacturing industry.
MASCOT works with major pharmaceutical companies as well as OEMs for Pharma industry to offer them the right control valve solutions to enable them to precisely control their critical processes.
Pharmaceutical industry faces challenges such as short time to market, corrosive and toxic fluid handling, solidifying slurries, fugitive emission control, tight shutoff, precise control, high cycling valves etc. MASCOT has the product range that capability to cater to these products and offers products at a fraction of a lead-time as compared to its competitors enabling its pharmaceutical customers ramp up production on demand.





















Control valves enable precise regulation of various process parameters, including flow rates, pressure, and temperature. This precision is essential for maintaining the consistency and quality of pharmaceutical products, ensuring they meet strict regulatory requirements and specifications.
Pharmaceutical manufacturing often involves batch processes. Control valves help ensure that each batch is produced with the same set of conditions, resulting in consistent product quality and efficacy.
Control valves contribute to energy efficiency by optimizing fluid flows, reducing energy waste, and improving overall process efficiency. This is crucial for cost control and sustainability efforts within the pharmaceutical industry.
Pharmaceutical manufacturing often requires flexibility to produce different formulations and medications. Control valves allow for adjustments to process parameters, making it possible to switch between products efficiently.