Skip to main content

How modern tools help factory managers handle bottlenecks

SUMMARY

Shorter production cycles, late deliveries, machine breakdowns, and shifting demand make bottlenecks harder to manage. This article explains why bottlenecks are so costly and how modern operations tools help factory managers deal with them.

Written by:
Kyrill Hartog
5
min

Table of contents

Times are rapidly changing for factory managers—and not just because of the disruption of global production and supply chains caused by the Covid-19 pandemic. With shortened production cycles and an explosion of unknown variables, factory managers are struggling to run their operations smoothly. From late deliveries to machine breakdowns and customer demand varying by the hour, agility matters more than ever. 

Yet many factory managers are still reacting to changes in manufacturing operations instead of anticipating them. That’s because they lack critical oversight—one place that centralizes all the data they need to make better decisions.

Why bottlenecks are bad

First, let’s give credit where credit is due: managing industrial operations has always been a complex problem. In assembly plants, managing bottlenecks was often a matter of managing people (by appropriate staffing and task leveling) while in process plants, equipment capability tended to be the disrupting factor. And in both cases, supply chain forecasting has always been an issue for factory managers.

But, in today’s data-driven globalized economy, complexity is a core feature of industrial manufacturing. Managers and teams need to constantly think on their feet and react to an overwhelming number of variables that interact with each other in complex ways.
This inevitably leads to blind spots, asymmetric information and suboptimal decisions that end up bottlenecking your operations. And that, in turn, has several major consequences.

  • It’s bad for business. In terms of cost, bottlenecks are estimated to put a $12 trillion dent in the global production market. It is estimated that factories that do manage to leverage data in daily operations can increase their profitability by as much as 30% by rendering processes more efficient. Another factor is savings: digital enablement can result in as much as $800k in savings per month across the board from increased productivity, safety, and agility.
  • It’s bad for managers: It is estimated that factory managers and teams can spend up to two-thirds of their time each day simply gathering information. This cumbersome task often leads to stress and confusion, not to mention internal communication issues which cause even more delays.
  • It's bad for customers: In the end, bottlenecks in the production cycle end up affecting the client more than anyone else. When projects get delayed, they go over budget from the added cost of delays, leading to a nearly 40% waste of industrial output even before it reaches your customers.

How modern platforms help

But technology can offer a better approach. In recent years, progress in data and AI has enabled the creation of platforms which centralize huge amounts of data and provide factory managers with the critical oversight they need.

Managers can log in to a user-friendly interface—a dashboard of sorts—where all aspects of your operations are visible. The different teams—Production, Quality, Customer support—can consult this information to align over common goals and get shared visibility on bottlenecks. Front-line workers can get personalized recommendations on how to solve certain key issues, or react optimally to daily volatility by for instance consulting computer-generated production plans.

These are just some examples of what data-driven operations management can do to make things run smoother. Rather than automate or take away certain responsibilities from factory managers and teams, these platforms help overcome information silos. They offer intelligent assistance for operational teams, which helps them make better decisions.

Related resources

Manufacturing operations

6

min

read

manufacturing-operations

When the Plan Breaks, Someone Still Has to Decide

When the Plan Breaks, Someone Still Has to DecideA Transmission System MRO increases OTD by 15%, decreases WIP by 18%

Manufacturing operations

5

min

read

manufacturing-operations

Capacity Isn't the Constraint. Execution Is.

Capacity Isn't the Constraint. Execution Is.A Transmission System MRO increases OTD by 15%, decreases WIP by 18%

Manufacturing operations

6

min

read

manufacturing-operations

Why is it So Hard to Manage Factory Operations?

Why is it So Hard to Manage Factory Operations?A Transmission System MRO increases OTD by 15%, decreases WIP by 18%