Elevate Your Operations with Robato Systems' Predictive Maintenance Services

  • Enhance predictive analytics with high-frequency machine data.
  • Diagnose and predict equipment failures with precision.
  • Prevent breakdowns in manufacturing equipment.
  • No need for additional sensors.
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Effortlessly establish
connections with machines
  • Establish connections and gather high-frequency data.
  • Visualise data from shop floor equipment.
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Anticipate machine issues
  • Utilise transformed data.
  • Develop predictive algorithms and workflows promptly.
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Implement solutions rapidly
  • Provide pre-built or customised applications on the Edge.
  • Prevent issues proactively.

Unexpected downtime comes at a significant cost

THE Issue
  • Acquiring, parsing, and cleaning data for factory analysis is a messy and tedious task.
  • Tool breakage can result in significant costs.
  • Damaged tools may produce seemingly compliant parts that are ultimately scrapped.
  • Subtle variations in machine load, torque, acceleration, and spindle speed can lead to parts being produced outside of necessary tolerances.
  • All of these factors consume both time and finances.

Anticipate Issues — Prevent Downtime in Advance

THE SOLUTION
  • Collect high-frequency machine data in real-time.
  • Utilise this data for diagnosis and prediction.
  • Proactively prevent various types of failures.
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Effortless Deployment
Industrial IoT Platform for Machines
  • Andon connects to thousands of machine tools.
  • Data scientists develop algorithms for predicting quality defects and tool life extension.
  • Operators label data via the operator interface when tool failures or quality defects happen.
  • ML/AI algorithms analyse patterns from the extensive data collected from each machine.
  • The algorithms detect issues before they reoccur and halt the machine to prevent failure.
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Forecast Tool Malfunction
  • Identify the onset of stress fractures in tools.
  • Alert the operator when such fractures are detected.
  • Promptly remove affected tools from operation to prevent failure or breakage.
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Maximize Tool Utilization
  • Identify tool wear from material variations, environmental factors, and cutting conditions.
  • Extend tool lifespan by optimising tool usage.
  • Maximise tool performance for prolonged use.
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Quality Problem Notifications
  • Prevent compromised tools from affecting performance.
  • Enhance finishing quality and prevent incomplete cuts.
  • Implement tool chatter detection to address these issues.
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Create Your Own
Harness High-Frequency Machine Data at Scale
  • Empower your data science team to expedite predictive analytics.
  • Utilise data directly as inputs for time-series or machine learning models.
  • Employ tools like Spark, R, and Python to create algorithms for failure detection.
  • Deploy and oversee custom algorithms for edge data analysis.
  • Trigger alerts to factory workers or preempt equipment failure using these algorithms.
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Develop Your Custom Algorithms
  • Utilise high-frequency data from machine control or sensors.
  • Employ this data as inputs for time-series or machine learning models.
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Implement at the Edge
  • Implement and oversee custom algorithms.
  • Deploy them to Andon Edge devices and detect potential failures using these algorithms.
  • Enable processing and analysis at the source.
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Automate Processes

When an algorithm activates:

  • Send operator alerts/notifications.
  • Inform factory workers of required actions.
  • Automatically initiate a feed-hold to halt machines before equipment failure occurs.

What Sets Andon Apart

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Rapid Deployment
  • Plug-and-play simplicity.
  • Scalable and user-friendly.
  • Seamless connections.
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Instant Data Utilisation
  • Eliminates the need for time-consuming data tag mapping.
  • Immediate data usability.
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Immediate Returns
  • Pre-built applications with no initial development needed.
  • Quick value realisation.
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Universal Connectivity
  • Effortlessly integrates machine data throughout your digital factory.
  • Enhances data intelligence.
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Manufacturing Expertise
  • Offers essential context to make data actionable.
  • Specialised in manufacturing verticals.
“OUR SCRAP RATE REDUCED CONSIDERABLY”
Bob Merrill, Owner at BC Machining
Leveraging high-frequency data on spindle load to determine when the tools will fail, BC Machining can now detect a tool failure with 99% confidence up to 40 minutes before it fails. Contact Us

Frequently asked questions

What is machine monitoring, and why is it important for predictive maintenance?

Machine monitoring involves real-time data collection and analysis of equipment performance. It is crucial for predictive maintenance as it helps detect issues before they cause costly breakdowns, reducing downtime and maintenance costs.

How does predictive maintenance differ from traditional maintenance practices?
Predictive maintenance relies on data-driven insights and predictive analytics to anticipate equipment failures. Traditional maintenance is often reactive and fixes issues after they occur, leading to more downtime and higher costs.
What types of machines and equipment can benefit from predictive maintenance services?

Our services are versatile and can be applied to various industrial equipment, including manufacturing machines, HVAC systems, conveyor belts, and more.

How does your machine monitoring system work?

We install sensors on your equipment to collect data on factors like temperature, vibration, and usage patterns. Our software then analyzes this data to predict when maintenance is needed.

Is your machine monitoring system compatible with my existing equipment and systems?

Our system is designed to be compatible with a wide range of equipment and can integrate with most existing industrial control systems and sensors.

What are the key benefits of using predictive maintenance services?
The benefits include reduced downtime, lower maintenance costs, extended equipment lifespan, improved safety, and increased overall operational efficiency.
Can your predictive maintenance system prevent all equipment failures?
While our system is highly effective at identifying potential issues, it may not prevent every failure. However, it significantly reduces the likelihood of unexpected breakdowns.
How do I get started with your machine monitoring and predictive maintenance services?
You can contact our team to schedule a consultation. We'll assess your needs, provide a customized solution, and guide you through the implementation process.
Is data security a concern with machine monitoring systems?
Data security is a top priority for us. We use encryption and follow industry best practices to protect your data from unauthorized access or breaches.
What kind of ROI (Return on Investment) can I expect from implementing predictive maintenance services?
The ROI can vary depending on your industry and specific equipment, but our clients typically see significant savings within the first year, with long-term benefits continuing to accrue as predictive maintenance becomes a standard practice. We can provide ROI estimates based on your unique situation during our consultation.
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