Author: Ekhosoft

Why Downtime is More Than Just a Pause 

When a machine stops, it signifies a halt in production, a dip in throughput, and a potential blow to overall manufacturing efficiency. Previously, tracking these stops was a cumbersome endeavor. While downtime was acknowledged, obtaining accurate data on its duration and, more importantly, its root cause, was challenging. This made it incredibly difficult to gain meaningful performance production insights. Manufacturing KPIs would decline, but the underlying “why” often remained a mystery. 

Enter the Game Changer: OEE Software 

This is precisely where OEE software, specifically Ekho Klarity, revolutionized operations. Now, with automated downtime tracking, Ekho Klarity provides real-time data on equipment uptime and machine availability. This isn’t just about acknowledging a period of downtime; it’s about understanding the root cause. Was there a specific component failure? An operational error? A lack of raw materials? The software helps to meticulously pinpoint these issues with remarkable data accuracy. 

From Data to Action: Fueling Continuous Improvement 

Possessing this level of detailed, real-time information is absolutely critical for continuous improvement. Teams can now swiftly identify their top losses and strategically prioritize efforts for production optimization. This direct approach fosters a robust manufacturing continuous improvement cycle, turning raw data into actionable intelligence. 

This commitment to data-driven decisions propels organizations toward operational excellence. They are no longer simply reacting to problems; they are proactively addressing them, resulting in enhanced throughput and overall manufacturing efficiency. The dashboard features within Ekho Klarity present clear metrics that empower operators and ensure everyone involved speaks the same language regarding performance. 

How Process Engineers Use This Data 

A process engineer, armed with the insights from Ekho Klarity, engages in several key activities: 

1. Investigating Recurring Faults: They might notice a specific machine frequently registering “minor stoppages” due to a sensor error. The engineer can then dive into the data to see if it’s a specific shift, a particular material, or a maintenance interval causing the issue, leading to a targeted fix or a revised preventative maintenance schedule. 
2. Optimizing Changeover Times: By analyzing the downtime associated with product changeovers, the engineer can identify bottlenecks in the process. This data allows them to streamline the changeover procedure, reducing non-productive time and boosting production monitoring. 
3. Prioritizing Equipment Upgrades: When OEE manufacturing data consistently highlights an older piece of equipment as a major contributor to downtime, the process engineer can present a compelling, data-backed case for its upgrade or replacement. They can demonstrate the cost of lost production versus the investment in new machinery, directly impacting overall manufacturing KPIs. 
4. Identifying Training Gaps: Downtime data can highlight patterns related to human error or operational inconsistencies. If a specific type of machine stop frequently occurs during a particular shift or when a new operator is present, the process engineer can use this insight to identify potential training gaps or areas where clearer standard operating procedures are needed, contributing to better manufacturing efficiency. 
5. Supporting Proactive Maintenance with Accurate Data: The process engineer ensures the data accuracy for tracked failure modes and their impact on downtime. This reliable information allows the maintenance team to identify patterns and determine appropriate proactive actions. For example, if a pump consistently shows increased downtime after certain operating hours, this precise data empowers the maintenance team to decide what steps to take, maximizing equipment availability and minimizing unplanned stops. 

Beyond the Numbers: The Human Element 

While the technology is powerful, its true value also lies in empowering the team. When operators receive immediate feedback on their equipment’s performance and the impact of downtime, their engagement in problem-solving significantly increases. This fosters a culture of ownership and encourages everyone to contribute to manufacturing process improvement. This digital transformation extends beyond just software; it fundamentally transforms how work is approached in the industrial sector. 

Ultimately, comprehending and addressing downtime, strongly supported by powerful tools like Ekho Klarity, is fundamental to unlocking an organization’s full potential. It’s not merely about keeping machines running; it’s about enabling them to run smarter, faster, and with fewer interruptions. 

The Critical Role of Downtime Tracking 

Imagine a production line operating perfectly, then suddenly, it stops. That halt directly impacts throughput and negatively affects manufacturing KPIs. This is why detailed downtime tracking is so important. It’s not enough to simply know a machine stopped; it’s crucial to understand the root cause. Was it an electrical issue, a mechanical problem, or something else entirely? 

This real-time insight into top losses is vital for effective production monitoring. Without it, the team is essentially making educated guesses. With accurate automated downtime tracking, they can pinpoint recurring issues, identify their origins, and develop strategies for genuine manufacturing process improvement. This approach ensures they are data-driven, shifting from reactive fixes to proactive solutions. 

The Power of Prevention: A Proactive Approach 

Now, let’s consider preventive maintenance. Think of it as regularly scheduled check-ups for machinery. Instead of waiting for a piece of equipment to fail spectacularly, potential problems are addressed before they escalate. This is a core component of achieving operational excellence and boosting manufacturing efficiency. 

By consistently performing preventive maintenance, improvements are directly seen in equipment uptime and machine availability. This isn’t just a technical term; it means fewer unexpected stops and more consistent production quality. This proactive philosophy is a cornerstone of continuous improvement in the industrial sector. 

Three Ways Preventive Maintenance Delivers Results 

Here are a few specific examples from a maintenance engineer’s experience, where using software like Ekho Klarity has helped gain valuable performance production insights: 

1. Optimizing Filling Lines: Previously, the team faced frequent issues with filling equipment where a small, worn-out seal could lead to significant product loss and halt the entire batch process. By implementing scheduled inspections and seal replacements – a straightforward preventive maintenance task – these disruptive leaks have been dramatically reduced. This directly enhances OEE in production by minimizing unexpected downtime. 
2. Ensuring Reliable Compressor Operations: Air compressors are essential for almost every function in the plant. Neglecting them can lead to a considerable drop in air pressure, affecting everything from pneumatic tools to control systems. Through scheduled filter changes, lubrication, and pressure checks, optimal compressor performance is maintained. This foresight has significantly improved overall production optimization and equipment availability. 
3. Extending the Life of Packaging Machinery: Packaging is the final step before a product leaves the plant. A breakdown here can cause a major bottleneck. A rigorous preventive maintenance schedule has been implemented for packaging machines, focusing on belt tension, lubrication, and sensor calibration. This has not only extended the lifespan of these critical assets but also ensured consistent throughput and reduced unexpected stops. Seeing these improvements reflected in OEE manufacturing metrics on the Ekho Klarity dashboard is incredibly satisfying. 

In essence, by diligently tracking downtime and committing to preventive maintenance, the team isn’t just fixing problems; they are actively enhancing the plant’s overall performance. It’s a crucial part of their digital transformation journey towards a more reliable and efficient manufacturing continuous improvement future. 

OEE: Your Factory’s Report Card  

Let’s quickly acknowledge OEE – it’s a superstar! With robust OEE software, you can easily pinpoint top losses, track throughput, and get real-time insights into your equipment uptime and machine availability. This data-driven approach helps you make informed decisions, driving manufacturing process improvement and fostering continuous improvement on your shop floor. It’s your ultimate dashboard for how well your machines are humming. 

The Power of “Did You Remember?” – Digital Checklists! 

While OEE provides the “what” and “how much,” digital checklists bring the “how” and “why” to the forefront. They ensure that all the critical steps, often performed by humans, are followed perfectly. This is especially vital in the Process industry, where precision is everything. 

Think about the myriad tasks that happen daily in a manufacturing plant. A digital checklist isn’t just about ticking boxes; it’s about embedding best practices and preventing costly slip-ups. 

Here are five real-world examples: 

1. Pre-Production Setup Checklist: Before a new batch process kicks off, operators can use a digital checklist to verify raw material IDs, confirm machine settings against the production order, and ensure all safety protocols are met. This proactive step helps avoid issues, minimizing downtime tracking and boosting equipment availability. 
2.  In-Process Quality Assurance Checklist: During production, especially in packaging and filling operations, production quality is paramount. A digital checklist can prompt operators to conduct regular checks on things like fill levels, seal integrity, label accuracy, and print quality. If an anomaly is detected, the checklist can guide them through initial troubleshooting, helping to identify the root cause. 
3. Maintenance & Changeover Validation Checklist: After maintenance or a product changeover, machines need to be brought back online safely and efficiently. A digital checklist can ensure all components are reassembled correctly, lubricants are topped off, safety interlocks are functioning, and the machine is truly ready for its next run. 
4. Cleaning and Sanitation Checklist: In many industries, especially food and beverage or pharmaceuticals, thorough cleaning is critical. A digital checklist can outline the steps for proper sanitation of equipment and work areas, ensuring compliance and preventing contamination, directly impacting production quality. 
5. Safety Compliance Checklist: Regular safety checks are non-negotiable. A digital checklist can guide operators and supervisors through daily or weekly checks on emergency stop buttons, fire exits, personal protective equipment (PPE) availability, and machine guarding, ensuring a safe shop floor environment. 

The Ekho Klarity Difference  

When you pair advanced OEE software with smart digital checklists in Ekho Klarity, you’re not just looking at numbers; you’re building a system for true operational excellence while eliminating data silos and creating a seamless, integrated view of your entire operation. Ekho Klarity offers unparalleled performance production insights, highlighting where your efforts will yield the biggest gains. And those digital checklists ensure that the processes underpinning those gains are consistently executed. This combination is a powerful stride in your digital transformation journey within the industrial sector, transforming raw metrics into actionable improvements. 

A Unified Front for Better Production  

Ultimately, excelling in manufacturing KPIs goes beyond data collection. It’s about empowering your workforce, standardizing operations, and creating a culture of manufacturing continuous improvement. By embracing both sophisticated OEE in production tools and practical digital checklists, you establish a robust framework that drives significant advancements and ensures your plant runs like a well-oiled machine. 

Manufacturing covers a broad range of industries, but no matter what segment you find yourself in, the goals are the same—produce high-quality products in a cost-effective and timely manner.

Whether you’re a process engineer or production manager, every bit of efficiency counts. From fine-tuning processes to ensuring quality control, your day revolves around maximizing output, streamlining operations, and boosting ROI.

So, how do you know if your current software is helping you reach the level of efficiency needed to boost your operations—and ultimately your bottom line? If your current solution feels like a puzzle of disconnected data, it might be time for a change. But with so many options available, choosing the right fit for your operation can be overwhelming.

This is the first in a series of blogs that will take a closer look at the operational performance management (OPM) category of industrial manufacturing software systems. In this first blog, we’ll focus on how an OPM enhances operational efficiency and how it can help you achieve your business goals.

What is an OPM Platform? 

An OPM platform falls into the productivity software category and is designed to help companies keep track of how well their manufacturing processes are running.  

It does this by collecting real-time data from various parts of the production line and delivering important KPIs and metrics such as overall equipment effectiveness (OEE), product quality, and employee productivity.  

An OPM platform goes beyond just tracking OEE and might provide things like electronic logs, quality tracking, statistical process control (SPC), and shift handover. 

Depending on the size of the facility and the complexity of the process, an OPM might also ingest and integrate data from multiple sources across the operation, including supply chain, quality management, maintenance, and more.  

Why choose an OPM platform? 

Once data is collected, the OPM solution makes that data useful to stakeholders across the organization. The OPM helps increase awareness of production floor performance and streamlines inspections. It can also play an integral role in an organization’s digital transformation by replacing paper forms.  

In addition, an OPM can provide advanced performance analytics and root-cause analysis, delivering insights quickly via role-based dashboards and other intuitive visualizations. These tools and insights help organizations better understand overall performance and how to improve it.  

How do I know if an OPM platform is the right fit for my organization?  

Choosing the right system boils down to understanding your organization’s goals and challenges. If your team struggles with visibility into overall performance across multiple departments or locations, an OPM solution could be beneficial.  

By providing real-time monitoring, analytics, reporting, and performance dashboards, an OPM platform provides a comprehensive view of overall plant performance. This holistic approach enables more strategic, data-driven decisions that drive continuous improvement. 

Summary 

Having the right tools in place helps your team make informed decisions based on real-time insights—avoiding bottlenecks and reducing inefficiencies.

Our solution, Ekho OPM, gives you a big-picture view by gathering data from all parts of the operation. This enables you to pinpoint areas that need improvement and empowers you to take targeted actions that increase productivity.

Stay tuned for part two of this blog series, where we take a closer look at tracking OEE with an OPM platform and how an OPM platform goes beyond just calculating OEE.

Curious about how Ekho OPM can help your team navigate complex operational data in a more meaningful and straightforward way? Get the product sheet or book a demo.

As a Power Factors company, Ekhosoft is deeply committed to the security of our customers’ data. That’s why we are proud to announce that we’ve received our SOC 2 Type II attestation report for 2023. This report demonstrates that our internal controls have been assessed by an independent audit firm and that we are compliant with industry standards for safely and securely handling our customers’ data. 

Charlie Driscoll, Power Factors’ Head of Information Security said, “We’ve continued to build upon and improve our security controls from previous years to strengthen our information security program at Ekhosoft. This new audit report reflects that work.”  

What is a SOC report? 

SOC stands for System and Organization Controls. SOC audits measure how a service organization handles customers’ data using a set of standards outlined by the American Institute of Certified Public Accountants (AICPA). SOC reports are the result of rigorous independent audits and are a key indicator that a service organization has the necessary controls in place around data security. 

Why does Ekhosoft pursue a SOC 2 report?

A SOC 2 report covers the effectiveness of an organization’s cloud and IT security controls. Our customers rely on Ekhosoft’s products to help them drive critical business outcomes using data from their industrial manufacturing assets. As a provider of cloud-based SaaS platforms, we hold ourselves to the highest standards when it comes to keeping our customers’ data secure while still being accessible to those with the required permissions.  

How can I access the report?

SOC 2 Type II audits are one of the ways we show our commitment to ensuring our customers’ data remains confidential and secure. If you’re a current or prospective Ekhosoft customer and wish to view the report, you can request a copy from your sales representative.  

Not yet a customer and interested in learning more about our operational performance management solutions? Get the product sheet or book a demo.

Industrial manufacturing is a complex industry with many moving parts, and production facilities can be a challenging environment to navigate. The demand for precision and accuracy to ensure the quality of the final products is always high. Even the slightest misstep can lead to defects or malfunctions, underscoring the importance of meticulous management by a diverse team of skilled professionals.

To support these teams in their goal of operational excellence, it is essential to find a software solution that takes the guesswork out of operations and allows users to quickly use the system in a meaningful way.

This blog explores the fundamental importance of simplicity, intuitiveness, and collaboration when choosing operational performance management (OPM) software. Whether you’re a C-level executive seeking high-level overviews or a department manager diving into granular details, here are a few key features to be on the lookout for:

User-Friendly Interface

The first and most crucial aspect of OPM software is its user interface. It should be simple, intuitive, and designed with the end-user in mind. A well-crafted interface ensures that employees across all levels can easily navigate the software without extensive training, reducing the learning curve and increasing overall adoption rates.

Customizable Dashboards

One size doesn’t fit all. Manufacturing covers a broad spectrum of industries, including pulp and paper, mining and metals, food and beverage, oil and gas, and chemical factories. Every plant and facility has its own unique requirements, so the ability to tailor your dashboards to suit the various roles and responsibilities is critical.

For example, a production manager may have a dashboard that focuses on real-time production metrics, while a quality control manager might prioritize data related to product quality and compliance. It’s like having a tool that speaks your language—making you more efficient in your decision-making.

Seamless Integration with Existing Systems

Compatibility and integration with your existing systems (such as SCADA, ERP, MES and Historian), are an important part of selecting an OPM platform. This ensures that data can flow seamlessly between various parts of the manufacturing process and employees are more likely to adapt and feel confident using new software if it integrates with the tools and systems they already use.

Collaborative Workflows

Breaking down communication barriers and fostering teamwork by collaborating in real-time eliminates silos and confusion. Features like shared analytics views and comment threads contribute to a culture of collective problem-solving. This not only enhances overall efficiency but also fosters a sense of connection and shared responsibility among team members.

Scalability

OPM software should be scalable to accommodate the changing needs of the manufacturing environment. Whether a facility is expanding or undergoing changes in production scale, the OPM software should be able to seamlessly adapt to an increase in the amount of work, data, or users efficiently, without causing delays or performance issues. 

Mobile Accessibility

The ability to access operational data on the go is a game-changer. Look for OPM software that offers a responsive interface that adapts to different screen sizes and resolutions, as well as the ability to monitor real-time data and receive alerts on their mobile devices. This allows key stakeholders to stay connected and make decisions even when they’re away from their desks.

Summary

When selecting an OPM solution, the interface should feel like a well-designed roadmap, helping you navigate your operational data without the need for a manual. The result? Your teams spend less time figuring out the software and more time focusing on what matters to your business.

Our solution, Ekho OPM, does just that.

At Ekhosoft, we understand that the real value of any tool lies in how easily teams can embrace and use it in a meaningful and collaborative way. This simplicity reduces the learning curve, allowing organizations to focus on leveraging their data rather than wrestling with the software. By keeping things simple without sacrificing functionality, Ekho OPM empowers you to realize the full potential of your operational data.

Curious about how Ekho OPM can help your team navigate complex operational data in a more meaningful and straightforward way? Get the product sheet or book a demo.