News from synTQ user conference underlines a shift in development and production technology for the pharma industry

Process Analytical Technology when correctly applied can revolutionise drug production by reducing development and manufacturing times whilst simultaneously improving quality and reducing cost

by Optimal Industrial Automation
June 4, 2015
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News from synTQ user conference underlines a shift in development and production technology for the pharma industry

Achema 2022

About Elisa Campo

Editor

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The future of many processes within complex manufacturing industries lies in continuous production, as opposed to batch manufacturing, because it can lead to increased productivity and product quality. Author: M. Gadsby, Optimal Industrial Technologies

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Optimal’s dedicated synTQ PAT software website goes live

Optimal has launched a dedicated synTQ web site and synTQ Assured product support portal for users of its synTQ Process Analytical Technology (PAT) Knowledge Management software

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Reducing energy use while improving drying control

Optimal Industrial Automation software has played a vital role helping scientists improve both the performance and energy efficiency of a drying process widely used in the production of pharmaceuticals

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White paper on PAT for pharmaceutical manufacturing

Process Analytical Technologies have the potential to revolutionise pharma manufacturing, by compensating for input variability, tightening finished product specifications and cutting production cycle times

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Brochures explain synTQ options

Brochures are now available describing the features, benefits and range of application for all the modules in synTQ, the software suite for process analytical technology (PAT) implementation in the life sciences, food and petrochemical sectors

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PAT will bring new drugs tomarket faster, while improving quality and reducing costs

PAT is the way forward if the pharmaceutical industry is to deliver new drugs to market, faster, with improved quality and at reduced cost, energy and material use, reduced manufacturing cycle times and staffing

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Cutting edge PAT system delivers a huge increase in production efficiency

The installation of a stateof- the-art PAT system delivers a huge increase in production efficiency. Implemented correctly it also ensures regulatory compliance

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synTQ PAT software package

It is a unified software platform with which users can gain new levels of control over manufacturing processes, even when production is spread over several different sites

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New System Integration PAT

News on the latest Pharmaceutical automation projects designed, developed, manufactured and implemented, with full software development and integration. Whether you are extending an existing production line, upgrading process equipment or building an enti

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PAT Knowledge Management Suite

It has been quickly adopted by several of the top ten global drug producers to effectively implement PAT, providing universal hardware and software system integration via effective real-time data recording and data management

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News from synTQ user conference underlines a shift in development and production technology for the pharma industry

Process Analytical Technology when correctly applied can revolutionise drug production by reducing development and manufacturing times whilst simultaneously improving quality and reducing cost

About Elisa Campo

More products from this supplier

Digitalisation in Biopharma Starts With PAT

Why You Need PAT to Move From Batch to Continuous Processing

A Software Suite with a PAT-Based Operational Structure

Closed loop control

High speed vision system

Optimal’s dedicated synTQ PAT software website goes live

Reducing energy use while improving drying control

White paper on PAT for pharmaceutical manufacturing

Brochures explain synTQ options

PAT will bring new drugs tomarket faster, while improving quality and reducing costs

Cutting edge PAT system delivers a huge increase in production efficiency

synTQ PAT software package

New System Integration PAT

PAT Knowledge Management Suite

Request information

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