15 Nov
2019

IIoT and Continuous Improvement

The IIoT is impacting quality improvement initiatives like Continuous Improvement and Lean Manufacturing.

Continuous Improvement
IIoT et amélioration continue

In many ways the IIoT (Industrial Internet of Things) gives manufacturers insight into their current and future operations and allows them to intervene and make desirable changes in real-time. Undoubtedly, IIoT adoption gives manufacturers numerous advantages and early adopters are finding competitive advantage. 

IIoT manufacturing competitive advantage relies on the connectivity it offers within a plant and with third parties such as suppliers and customers. With front line workers, supervisors, and upper management having access to the same data, communication flows much easier and actions can be taken much faster. Digital connectivity and cloud-sharing of data allows for the management of operations from any place and at any time, which increases efficiencies and decreases response time. Machine-machine connectivity also increases efficiencies by increasing precise and reliable automation, alerting the workforce when deviations or defects occur and providing the ability to act upon data delivered directly from machines. Connection is the key to all the advantages and benefits that the IIoT can provide. 

The way manufacturers take advantage of this connectivity is through data. The collection and analysis of data is what lets manufacturers find patterns, discrepancies, and opportunities for improvement and take action. IIoT technology is capable of collecting information in real-time and presenting decision-makers with metrics (KPIs) and visualizations (graphs, tables, etc) so that supervisors and operations managers can make better, more informed decisions.

IIoT and Continuous Improvement

Real-time data collection is particularly helpful in Continuous improvement efforts. Real-time data makes it easier for manufacturers to set up a Continuous Improvement plan where both workers and operations managers work together to reduce waste and optimize processes. Sensors and applications that show important metrics in a way that are easy to interpret help manufacturers understand their equipment and performance better and prioritize corrective actions accordingly.

Overall, IIoT implementations allow manufacturers to make better and faster informed decisions, transforming their management style from one that is reactive to one that is proactive.

Are you a continuous improvement practitioner or is your company interested in accelerating your continuous improvement program? Speak to a solutions consultant today!

 

 

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.
1
Fév 2019

Introduction to Smart Meat Processing #5

English
16
Fév 2021

Quels paramètres du lean manufacturing utilisés pour calculer le TRG devez-vous toujours mesurer?

French
11
Mars 2020

14 points de Deming dans 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.
10
Avril 2024

Définir la différence entre le temps de production et le temps de cycle

Le temps de cycle et le temps de production sont des indicateurs clés de la performance manufacturière. Découvrez ce que chacun signifie et comment les utiliser pour augmenter la productivité dans le cadre de votre processus de production.

French
13
mars 2024

Moteurs d’efficacité manufacturière : Monitoring des machines et du TRG

Le monitoring des machines et du TRG (taux de rendement global) sont efficaces pour améliorer l'efficacité globale, mais quelle est la différence entre eux et qu'est-ce qui est le mieux adapté à vos opérations?

French
13
mars 2024

Engines of Manufacturing Efficiency: Machine Monitoring and OEE

Machine Monitoring and OEE (Overall Equipment Effectiveness) are effective at boosting overall efficiency, but what is the difference between them and what is best for your operations?

English