Modular Bioprocessing Architectures

Modular Bioprocessing Architectures

Modular Bioprocessing Architectures

Modular Bioprocessing Architectures

Is paying for costly maintenance of legacy technologies or one-off engineered systems the future? Probably not.

Is paying for costly maintenance of legacy technologies or one-off engineered systems the future? Probably not.

Is paying for costly maintenance of legacy technologies or one-off engineered systems the future? Probably not.

Is paying for costly maintenance of legacy technologies or one-off engineered systems the future? Probably not.

We actively contribute our engineering know-how to answering: How to get from today’s monolithic bioprocessing architectures to new structures that provide responsiveness:

  1. changing production demands
  2. incorporation of technologies
  3. changing process needs in upstream and downstream

We take modularity a step further in platform concepts, standardization of topologies and with integrated data handling from engineering to de-commissioning.

The resulting configurable, scalable and extendable bioprocessing architectures enable manufacturers to produce a variety of products from a single facility with faster changeovers, increased flexibility, and improved overall throughput.

The modular approach also bears huge potential for a significant reduction of the lead-time from URS to qualification as well as built-in upgradeability of equipment throughout its lifecycle.

We actively contribute our engineering know-how to answering: How to get from today’s monolithic bioprocessing architectures to new structures that provide responsiveness:

  1. changing production demands
  2. incorporation of technologies
  3. changing process needs in upstream and downstream

We take modularity a step further in platform concepts, standardization of topologies and with integrated data handling from engineering to de-commissioning.

The resulting configurable, scalable and extendable bioprocessing architectures enable manufacturers to produce a variety of products from a single facility with faster changeovers, increased flexibility, and improved overall throughput.

The modular approach also bears huge potential for a significant reduction of the lead-time from URS to qualification as well as built-in upgradeability of equipment throughout its lifecycle.

We actively contribute our engineering know-how to answering: How to get from today’s monolithic bioprocessing architectures to new structures that provide responsiveness:

  1. changing production demands
  2. incorporation of technologies
  3. changing process needs in upstream and downstream

We take modularity a step further in platform concepts, standardization of topologies and with integrated data handling from engineering to de-commissioning.

The resulting configurable, scalable and extendable bioprocessing architectures enable manufacturers to produce a variety of products from a single facility with faster changeovers, increased flexibility, and improved overall throughput.

The modular approach also bears huge potential for a significant reduction of the lead-time from URS to qualification as well as built-in upgradeability of equipment throughout its lifecycle.

We actively contribute our engineering know-how to answering: How to get from today’s monolithic bioprocessing architectures to new structures that provide responsiveness:

  1. changing production demands
  2. incorporation of technologies
  3. changing process needs in upstream and downstream

We take modularity a step further in platform concepts, standardization of topologies and with integrated data handling from engineering to de-commissioning.

The resulting configurable, scalable and extendable bioprocessing architectures enable manufacturers to produce a variety of products from a single facility with faster changeovers, increased flexibility, and improved overall throughput.

The modular approach also bears huge potential for a significant reduction of the lead-time from URS to qualification as well as built-in upgradeability of equipment throughout its lifecycle.

OUR OFFERING

OUR OFFERING

OUR OFFERING

We work with bioprocessing equipment vendors, system integrators and Pharma companies alike to conceptualize such flexible architectures and to define a transformation strategy.

We work with bioprocessing equipment vendors, system integrators and Pharma companies alike to conceptualize such flexible architectures and to define a transformation strategy.

We work with bioprocessing equipment vendors, system integrators and Pharma companies alike to conceptualize such flexible architectures and to define a transformation strategy.

We work with bioprocessing equipment vendors, system integrators and Pharma companies alike to conceptualize such flexible architectures and to define a transformation strategy.

We work with bioprocessing equipment vendors, system integrators and Pharma companies alike to conceptualize such flexible architectures and to define a transformation strategy.

 

Imprint
© All rights reserved.

 

Imprint
© All rights reserved.

TechPivot GmbH

Scharnhorststraße 24
10115 Berlin-Mitte
Germany

TechPivot GmbH

Scharnhorststraße 24
10115 Berlin-Mitte
Germany

Contact

+49 30 48472332
contact@techpivot.eu

+49 30 48472332
contact@techpivot.eu

Solutions

Digital Twin Engineering
Modular Bioprocessing Architectures
Digital Offerings Development

Solutions

Digital Twin Engineering
Modular Bioprocessing Architectures
Digital Offerings Development