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[ Focus on Chemical Machinery Equipment Network ] Recently, a pharmaceutical company's biopharmaceutical R&D and manufacturing base was completed and the first equipment launch ceremony was officially held in Minhang District, Shanghai
.
The industry believes that this indicates that the company has achieved a new breakthrough in the level of modular process equipment for large-scale production of high-end pharmaceutical projects
.
At the same time, after the project is officially put into production in the future, the annual production capacity demand of its core process system will also be greatly increased
.
Chemical machinery and equipment network hotspots pay attention to chemical machinery and equipment.
The industry believes that this indicates that the company has achieved a new breakthrough in the level of modular process equipment for large-scale production of high-end pharmaceutical projects
.
At the same time, after the project is officially put into production in the future, the annual production capacity demand of its core process system will also be greatly increased
.
It is understood that in the fierce market competition, modular design is bringing huge benefits to enterprises
.
For example, modules are the carriers of product knowledge, and a large number of modules that have been tested, produced, and market-proven can be used to reduce design risks and improve product reliability and design quality
.
In addition, the use of modules can also greatly shorten the design cycle and reduce production costs, and through the reorganization of the design process, mass production of user products and personalized production under mass production conditions can be realized at large-scale production costs.
.
.
For example, modules are the carriers of product knowledge, and a large number of modules that have been tested, produced, and market-proven can be used to reduce design risks and improve product reliability and design quality
.
In addition, the use of modules can also greatly shorten the design cycle and reduce production costs, and through the reorganization of the design process, mass production of user products and personalized production under mass production conditions can be realized at large-scale production costs.
.
Based on the above advantages, modular process equipment has also begun to be more and more popular in the biopharmaceutical industry; and it is accelerating its development towards modularization, individualization, informationization, automation, and intelligence
.
Of course, in order to further meet the needs of biopharmaceutical companies for modular process equipment in the production of high-end pharmaceutical projects, many pharmaceutical equipment companies have also launched active actions
.
If there is a pharmaceutical equipment company, through the modular design concept, the customer can solve the problem of the customer's multi-batch production every day while not changing the customer's factory layout
.
It is reported that the designer of the company also adopted a three-dimensional modular design concept, dividing the liquid dispensing equipment into different system modules according to the functions of the system
.
For example temperature control unit, public works unit, the tank unit, filtration unit, filling unit and the like
.
Pharmaceutical equipment.
Of course, in order to further meet the needs of biopharmaceutical companies for modular process equipment in the production of high-end pharmaceutical projects, many pharmaceutical equipment companies have also launched active actions
.
If there is a pharmaceutical equipment company, through the modular design concept, the customer can solve the problem of the customer's multi-batch production every day while not changing the customer's factory layout
.
It is reported that the designer of the company also adopted a three-dimensional modular design concept, dividing the liquid dispensing equipment into different system modules according to the functions of the system
.
For example temperature control unit, public works unit, the tank unit, filtration unit, filling unit and the like
.
In addition, some companies have also begun to create personalized and automated smart pharmaceutical factories for customers from the perspective of customized systems
.
In the design stage, it integrates information and automation concepts to provide accurate solutions that can be implemented
.
From the current point of view, its brand-new workshop design concept combined with automated production of functional modular equipment can not only reduce the production site area, reduce energy consumption, but also protect production operators in many aspects
.
.
In the design stage, it integrates information and automation concepts to provide accurate solutions that can be implemented
.
From the current point of view, its brand-new workshop design concept combined with automated production of functional modular equipment can not only reduce the production site area, reduce energy consumption, but also protect production operators in many aspects
.
On the whole, modular design is good for the development of pharmaceutical equipment companies and the pharmaceutical industry
.
At present, some foreign pharmaceutical equipment companies have initially formed a modular and standardized design concept, and are striving to adopt a design model from the whole to the details, and design matching equipment and systems according to the requirements of the aseptic filling process.
Complete production with quality
.
For example, the solution adopted by a German company is the engineering design and manufacturing concept of modularization and standardization, as well as all preparations
.
The company’s cleaning equipment , disinfection equipment, and filling equipment and other pharmaceutical equipment modules can be accurately matched and standardized, and modules can be built according to user needs, which is very flexible and convenient; in addition, it can adapt to The rapid development of the pharmaceutical industry and the demand for large-scale production of new drugs
.
Cleaning equipment .
At present, some foreign pharmaceutical equipment companies have initially formed a modular and standardized design concept, and are striving to adopt a design model from the whole to the details, and design matching equipment and systems according to the requirements of the aseptic filling process.
Complete production with quality
.
For example, the solution adopted by a German company is the engineering design and manufacturing concept of modularization and standardization, as well as all preparations
.
The company’s cleaning equipment , disinfection equipment, and filling equipment and other pharmaceutical equipment modules can be accurately matched and standardized, and modules can be built according to user needs, which is very flexible and convenient; in addition, it can adapt to The rapid development of the pharmaceutical industry and the demand for large-scale production of new drugs
.
In contrast, China still has some shortcomings in this regard and areas that need to be improved urgently, but these are mainly limited by the impact of standards and technology
.
For pharmaceutical equipment companies with capital and strength, in the future, they can develop the biopharmaceutical industry and the entire pharmaceutical industry by fully integrating production processes and balancing the contradictions between standardization, generalization and customization, flexibility, and modularization.
Bring more benefits
.
.
For pharmaceutical equipment companies with capital and strength, in the future, they can develop the biopharmaceutical industry and the entire pharmaceutical industry by fully integrating production processes and balancing the contradictions between standardization, generalization and customization, flexibility, and modularization.
Bring more benefits
.
Original title: To help the development of biomedicine industrialization, modular pharmaceutical equipment will be favored
