FactoryOps for
steel & metals

From casting to rolling, forging, and more, Amperon Technologies helps operations teams reduce downtime, optimize throughput, and keep production on target.

FactoryOps for plastics & packaging

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Amperon's Autonomous Production for Metal Works Industry

Discover your first steps in Autonomous Manufacturing using Amperon' innovative FactoryOps® which drive quick & deep improvements in your metal manufacturing processes, from your oldest manual lathe to your newest CNC laser cutter.

FactoryOps Platform

Key Processes in the Metal Works Industry

Metal removing

Metal removing

remove material from metal workpieces.

Metal Shaping

Metal Shaping

deform metal without removing material.

Joining

Joining

connect two or more metal parts together.

Surface Treatment

Surface Treatment

modify the surface of metal parts for function or aesthetics.

Processes such as machining, metal shaping, joining and Surface treatment which are typically linked to High-mix, low-volume orders with frequent changeovers facefour main challenges: operational inefficiency, Rework & Scraps, Complex jobs tracking & Scheduling and high energy costs.

Challenges Faced by Steel and Metal Manufacturers

Operational inefficiencies

Operational inefficiencies

Each project is unique ( new materials, and new fabrication steps). This induce High setups and changeover times. Coupled to unexpected machine breakdown all of this results in low machine utilization and poor work standardization.

Compex tracking / Scheduling

Compex tracking / Scheduling

Many custom orders, each with different lead times and dependencies and reliance on paper based job tracking induce chaos in the shopfloor with inevitable delivery delays and idle times.

Rework & Scrap

Rework & Scrap

Inconsistent execution and operator dependency (especially in welding operations) lead to defects, rework, and unpredictable outcomes

High energy costs

High energy costs

Ensuring that energy waste is avoided during idling is a critical challenge. Managers still pay for unnecessary energy related to auxiliary systems especially in Laser and plasma cutting machines. Energy costs for new projects are hard to predict.

AI FactoryOps® smart solution

delivers you in just One Week

Real-Time Visibility

  • Second by second machine status (Run, Idle, Stop)
  • Monitoring of idle times and inefficient operations
  • Updated Job status for best scheduling

Automatic Anomalies detection

  • Early detection of abnormal configurations or abnormal durations
  • Predictive Maintenance

Tracking KPIs & Operations

  • Tracks machine utilization, OEE and energy intensity
  • Operational traceability for QA and improvement
  • Energy cost per project type for more effective pricing and negotiations

Optimization Insights

  • Recommend maintenance before breakdowns occur
  • Smart suggest for job grouping
  • Identify jobs with low margins
  • Machine power-off to save energy

3 Steps to Reach Sustainable Peak Performance

Get real-time visibility and insights in minutes — no complex installations required.

1.Clamp

Connect to any machine through low-cost, non-intrusive electrical sensors

Reduce unplanned downtime
Increase production

2.See

Empower your operators with real-time machine status and AI-powered predictive alerts

3.Analyze

Track and improve manufacturing and energy efficiency KPIs through traceability and root cause analysis

Equip your teams

Real Time Machine status

Low-cost data capture, with high reliability and immediacy, which, processed with digital intelligence, allows knowing the real machine status and the elaboration of patterns for each machine/operator.

Evaluation by the end of shift of the realduration of metal processing and the lost production time..

Start unlocking the "hidden factory" by identifying current machine utilization.

Make informed CapEx investment through knowing current utilization

Real Time Machine Status Dashboard
Real Time Machine Status Dashboard

Reduce downtime due to changeover / cleaning / no operator…

Through providing context to automatically detected downtime durations (no human intervention), Changeover, Cleaning and other operations can be improved by identifying abnormal durations related to a specific machine, a specific operator , a specific job and a specific material.

Real Time automatic Parts /Cycle time tracking

Automate your cycle count data collection. no PLC integration needed. No human input required. Every created part can be seen through the power profile or through electrical actuators status.

Detection and alerts of deviations in manufacturing cycle times

Real Time Machine Status Dashboard
Real Time Machine Status Dashboard

Real-Time anomalies detection

Power profiles reflects anomalies during the metal processing. Operators can detect in time issues related to a defect in the cutting tool, a malfunction of the actuator or an incorrect operator behaviour

Having immediate knowledge of overconsumption, scrap, defective parts, abnormal feeding etc., allows avoiding big losses

Reduce Scrap and uncontrolled process

Critical process variables such as welding currents, are essential to achieve the required quality in each part, so their control in real time is fundamental. Traceability is ensured for every variables 1 Sample/s.

Managers can be alerted in RT if there’s any deviation (accidentally or intentionally) from preset parameters.

Anomalies can be linked to process variables, So it can be used to train AI based Quality detection models.

Real Time Machine Status Dashboard
Real Time Machine Status Dashboard

Identify inefficiencies

Tracking KPIs between projects, machines and material types allow the identification of the cause of inefficiencies.

Avoid Hydraulic units / Electric drives breakdown

Identify early signs of fault within Hydraulic units / Electric drives.

Real Time Machine Status Dashboard

Scale what’s working best to every site

Expand to more plants, track OEE across every stage from melt to machining, and layer on insights to strengthen quality and efficiency over time.

Reduce downtime

What to expect from FactoryOps®

Expected impact with ROI in "2 months"

-40% to -70% Stops reduction through early detection of breakdown / bottlenecks and killing downtime causes.

-30% reduction on scraps costs

+15% production speed by uncovering hidden performance losses.

-20% reduction of labor costs related to quality inspection and machines supervision

-30% energy consumption by avoiding unproductive consumption.

90% pricing accuracy during negotiations

Potential Savings:

avg 25k$
/ year per machine
Downtime reduction(60%)
Scrap reduction(10%)
Workforce optimization(10%)
Energy Efficiency(15%)
Financial control of runs(5%)
!

ROI in just 2 months

Fast return on investment guaranteed

Key Takeaways

Real-Time Operational Improvements

Real-Time Machine Data Visibility at the lowest costs creates many opportunities for quick wins

Quality Defect Identification and cycles count are easily obtained in Real Time

Machine/ tool breakdowns are avoided with Digitized Maintenance

Real Time Job tracking enables on-time delivery

Automatic standards per material enables better scheduling

Workforce Cost Reduction by maximized utilization rate

Operational Impact:

Immediate
visible results from day one
Downtime PreventionProactive
Quality ControlReal-Time
MaintenancePredictive
Energy EfficiencyOptimized
Workforce AllocationStreamlined

Rapid Value Realization

Quick wins and continuous improvements

FactoryOps illustration

Ready to take your operations to the next level?

Let's talk about how Amperon Technlogies can help your team reduce downtime, boost output, and drive performance across every line, shift, and site.