PHARMACEUTICAL INDUSTRY

We have utilized our rich experience on pharmaceutical equipment, processes and compliance systems to offer reliable engineering services to our customers.

Our pharmaceutical services will make Shortening Cycle Time and Increasing Quality

Our engineers have hands on experience on various pharmaceutical equipment, processes and systems. Tablets and capsule coatings, syrups, Vaccines, Bulk Drugs and Lens Manufacturing are some of the areas where we have enabled our customers to create robust Industrial Automation systems.

Automation is definitively transforming pharma, with regard to product development, commercial production and real-time monitoring.

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Enquiry Form

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Success Stories

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Competence in Pharmaceuticals segments.

Technologies:
Loading and Dispensing, Warming / Temperature Profiling, Spraying, Cooling, Unloading

Tablet & capsule coating

Technologies:
Inactivation, Precipitation, Microfiltration / Ultrafiltration / Diafiltration, Chromatography, Fermentation, Extraction

Vaccines

Technologies:
Surface Grinding, Surface Blocking / Unblocking, Lapping / Polishing, Cleaning / Coating, Molding

Lens Manufacturing

Technologies:
Dosing Solid and Liquid Materials, Warming / Temperature Profiling, Filtration of Reactor Product, Filling Systems

Syrup

How Automation is Changing the Global Pharma Industry.

The increased use of robots in pharma manufacturing is also prevalent in processes related to dispensing, kit assembly, sorting and machine tending. These automated processes are teaming up to offer the industry more flexibility, greater speed and lower operating costs. Moving forward, greater integration between development work and manufacturing will be possible. And, it will all work together to reduce the primary cause of error in manufacturing processes–human error.
Most pharmaceutical packaging systems use automation to manage bottle orientation, capping, labelling and collation systems. Automation of packaging also requires a system that monitors the operation on a supervisory level, checking for low hopper levels, fallen bottles and low-level supplies.
Personalised medicines need automation to reach their full potential. Automation and around-the-clock processing have already contributed towards an environment where personalised medicine is becoming commercially viable. Broader use of genome sequencing for individuals and continued development of drugs proven effective for particular genetic dispositions will continue to accelerate this trend.