23 Aug
2018

What is Continuous Improvement in Manufacturing?

Continuous Improvement in the manufacturing industry is an integrated approach where the development of products, processes, and services are monitored with a view to continually making improvements.

Continuous Improvement
IIoT
Qu'est-ce que l'amélioration continue dans l'industrie manufacturière ?

Continuous Improvement in the manufacturing industry is an integrated approach where the development of products, processes, and services are monitored with a view to continually making improvements.  Taken one step further, Continuous Improvement is focused on linear, incremental improvement within a single process. The process was developed largely by one of the giant figures of the manufacturing industry in the 20th century, W. Edwards Deming.
 
When it comes to troubleshooting issues on the factory floor, Continuous Improvement solutions are not one-size-fits-all, nor does the approach rely on inspection alone to detect problem areas. Instead, the approach acknowledges the unique circumstances of a given issue and simultaneously includes a number of key standards. 

While there may be variations, the key Continuous Improvement standards used more often than not include: 

To develop a culture of continuous improvement within a company across all levels of management is also necessary. Essential features to achieve this include:   

  • Training in Continuous Improvement methods (or leadership by someone with a background in the field; ) 
  • Access by team members to timely production data to measure performance and; 
  • Insight into KPIs to determine where improvements need to be made.  
     

For more on how Continuous Improvement in manufacturing works, visit these Worximity resources:

Culture change

Statistical Process Control (SPC)


Six Sigma


Lean Manufacturing


Total Quality Management (TQM)


Continuous Improvement in Food Plant

Implementing Continuous Improvement in Food Manufacturing
      

 

Want to learn more?
Download the ebook
Related blog articles

Articles connexes

Retour au blog
Nous vous remercions ! Votre demande a bien été reçue !
Oups ! Un problème s'est produit lors de l'envoi du formulaire.
14
Fév 2024

Key Differences Between Discrete and Process Manufacturing Software

English
18
Juin 2019

Becoming a Digital Champion in Industry 4.0

English
3
Oct 2019

TRG et les outils analytiques d'usine intelligente - un outil révolutionnaire pour l'industrie manufacturière

French

Articles connexes

Retour au blog
Nous vous remercions ! Votre demande a bien été reçue !
Oups ! Un problème s'est produit lors de l'envoi du formulaire.
17
septembre 2019

Types de gaspillages dans le lean manufacturing - le gaspillage dû à l'attente

Dans le lean manufacturing, le gaspillage dû à l'attente peut entrainer des coûts additionnels. Étapes pour remédier à ce gaspillage

French
10
septembre 2019

Types de gaspillage dans la production lean -  le gaspillage provenant des défauts de fabrication

Dans le lean manufacturing, le gaspillage provenant de défauts peut entrainer des coûts additionnels. 4 étapes pour remédier à un défaut de fabrication.

French
11
Déc 2018

Les principaux acteurs AI de Montréal

Tableau présentant les principaux acteurs AI à Montréal.

French