Best in Class Smart
Factory Software
Drive Growth and Efficiency with Smart Manufacturing Software Solutions
Smart Factory MOM Functionalities: Innovative and Comprehensive Digital Manufacturing Solutions
Smart Factory combines IoT data reading, real-time dashboards, OEE (Overall Equipment Effectiveness) tracking, add-on reports, production scheduling, MES (Manufacturing Execution System), Asset Management, and Workforce Management to optimize your manufacturing operations.
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With Smart Factory Analytics, you can monitor your factory's performance in real-time, identify bottlenecks, and make data-driven decisions to improve efficiency. Our OEE tracking feature allows you measure and optimize machine and production line performance, with add-on reports for quick issue resolution.
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Our production scheduling feature ensures that your resources are optimized, orders are delivered on time, and idle is minimized.
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Our OEE (Overall Equipment Efficiency) module offers dynamic calculation and traceability with real-time visualization. Fully integrated with production modules, IIoT, and control panels, it allows for perfect performance monitoring.
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You can also efficiently manage your assets, track their performance, and streamline your workforce with our intuitive Workforce Management tools.
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Smart Factory MOM e-SOPs (electronic standard operating procedures) provide you with guided execution while supporting dynamic transactions. With our SOPs and their capabilities, users (operators) can follow digitalized workflows, with real-time traceability of any step executed.
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IOT
Smart Factory combines IoT data reading, real-time dashboards, OEE (Overall Equipment Effectiveness) tracking, add-on reports, production scheduling, MES (Manufacturing Execution System), Asset Management, and Workforce Management to optimize your manufacturing operations.
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Analytics
With Smart Factory Analytics, you can monitor your factory's performance in real-time, identify bottlenecks, and make data-driven decisions to improve efficiency. Our OEE tracking feature allows you measure and optimize machine and production line performance, with add-on reports for quick issue resolution.
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Scheduling
Our production scheduling feature ensures that your resources are optimized, orders are delivered on time, and idle is minimized.
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OEE
Our OEE (Overall Equipment Efficiency) module offers dynamic calculation and traceability with real-time visualization. Fully integrated with production modules, IIoT, and control panels, it allows for perfect performance monitoring.
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Workforce
You can also efficiently manage your assets, track their performance, and streamline your workforce with our intuitive Workforce Management tools.
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OMS
Smart Factory MOM e-SOPs (electronic standard operating procedures) provide you with guided execution while supporting dynamic transactions. With our SOPs and their capabilities, users (operators) can follow digitalized workflows, with real-time traceability of any step executed.
Learn MoreSmart Factory MOM Across Industries: Tailored for Your Needs
Process Manufacturing
Discrete Manufacturing
Smart Factory Software’s Benefits
Improved Overall Equipment Efficiency (OEE), leading to increased equipment productivity and performance.
Increased production output and reduced cycle times, resulting in higher manufacturing efficiency and productivity.
Reduced downtime and increased uptime, improving equipment reliability and availability.
Enhanced product quality and yield rates, reducing waste and improving customer satisfaction.
Optimized labor productivity, leading to better workforce utilization and increased production efficiency.
Improved asset utilization, resulting in higher efficiency and effectiveness of production assets.
Higher on-time delivery rates, leading to improved customer satisfaction and increased customer loyalty.
Cost reduction through decreased material waste, reduced downtime, and optimized resource utilization.
Enhanced real-time visibility into production processes, leading to better decision-making and responsiveness to production issues.
Driving Operational Excellence with Smart Factory MOM Software
10-20%Increased Production Efficiency
With Smart Factory, you can expect a reduction in production cycle times, resulting in higher throughput and increased output.
20-40%Enhanced Quality and Compliance
Smart Factory helps improve product quality and compliance, leading to a reduction in defects and non-conformances.
10-20%Enhanced Labor Productivity
Smart Factory helps optimize workforce management, potentially improving labor productivity.
15-30%Reduced Scrap and Rework
With Smart Factory, you can expect a reduction in scrap and rework costs by identifying and addressing process inefficiencies.
We help you to select the best option
Smart Factory Machine Connectivity
Real-time data collection
Machine connectivity enables real-time data collection from equipment, providing insights for monitoring and decision-making.
Remote monitoring and control
Machine connectivity enables remote management of production processes, improving operational efficiency and agility.
Improved productivity
Machine connectivity automates data capture, reducing manual tasks, and providing accurate data for analysis.
Enhanced visibility
Machine connectivity provides real-time visibility into production processes for better decision-making and issue resolution.
Smart Factory Pillars
MOM
MES
APS
IIOT
Smart Factory Insights
How to Create Manufacturing Work Instructions: A Comprehensive Guide with Real-Time Example
Manufacturing work instructions are the backbone of consistent and safe production. They guide operators through each task with clear steps, visuals, safety notes, and quality checkpoints, making complex processes easier to execute and repeat. This blog explains what manufacturing work instructions are, how to create them, their utility across the shop floor, and the comparison between paper and digital formats. Also, the process for creating work instructions is illustrated with a real-time example to show what a well-structured instruction looks like in practice.
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How to Create SOP in Manufacturing? Explained with a Real-Time Example
The current industrial landscape is undoubtedly challenging, as in any business, regardless of its nature, aspects such as accuracy, consistency, and efficiency are considered non-negotiable. Achieving these three areas and, at the same time, achieving a goal can be a complex task without the right tools in action.
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Difference Between Takt Time, Cycle Time, and Lead Time: A Smart Factory Perspective
In the world of manufacturing, it is common to mistakenly use concepts that may be associated with the same topic or root, even though they refer to different principles.
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Advanced Guide to Calculating Takt Time: Formula, Challenges, Benefits, and More
Takt time is the rate at which a product must be completed to meet customer demand. It considered rhythm, and in the field of production and manufacturing it is applied to represent the maximum time allowed to produce a unit of a product to satisfy customer demand.
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An Advanced Guide to Changeover Time: Formula, Examples, and Best Practices
Changeover time is a crucial indicator in manufacturing, indicating the time necessary to move a production line or production equipment from one product to another. In the business and manufacturing field, when discussing how to improve efficiency, reduce costs and maximize productivity, it is inevitable to touch on the topic of mold or line changeover times.
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A Guide to Manufacturing Downtime and Reducing Costs
A Guide to Manufacturing Downtime and Reducing Costs In the manufacturing industry, time is equivalent to money. Efficiency is the primary requirement in this sector, where even a slight production delay of a few minutes can have a significant financial impact. This throws light on the concept of “downtime”—a period of inactivity or non-production that […]
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