Optimum Canada

Mandate

Accompany Optimum Canada in its transition to a fully connected plant, integrating digital technologies, automating production, and structuring data architecture to support growth and quality.

The customer

Optimum Canada specializes in the manufacture of high-precision tools. A fast-growing company, it is targeting markets in Mexico and the United States. The company has embarked on a digital transformation to improve its competitiveness, product quality and ability to meet the demands of new markets.

Challenges
  • Move from a made-to-order production model to a fully automated system
  • Managing change within teams
  • Dealing with heterogeneous machinery (old equipment)
  • Retain flexibility for future adaptation in digital architecture
  • Initial findings

    Production start-up processes were manual, lengthy (up to 5 working days), and not very standardized. Data tracking was fragmented, with no real-time access, limiting the efficiency of operations and responsiveness to machine stoppages.

    Objectives

    • Automate production start-up without human intervention
    • Access machine data in real time to spot deviations
    • Increase operator productivity by 10%.
    • Standardize production routines
    • Quality control using statistical data
    • 100% traceability of operations

    Interventions

    Diagnosis

    Initial analysis revealed gaps in information flow, partially digital process management and a lack of real-time monitoring tools. A structured digital plan with architecture, infrastructure and budget was put in place.

    Key actions

    • Installation of RFID chips, industrial sensors and HMI displays per machine
    • Creation of a range automation application
    • Data warehouse and local area network deployment
    • Implementation of a performance dashboard (three-level KPI)
    • Real-time ERP data integration
    • Complete abolition of paper in operations

    No items found.

    Results

  • 10% increase in direct labor productivity (DLP)
  • Machine efficiency gains of 10%.
  • 100% reduction in time to production
  • Increased reactivity during unplanned machine shutdowns
  • Complete elimination of paper and manual data processing
  • Real-time visibility of deviations and performance
  • Benefits

  • Faster, more precise production
  • Strengthening strategic positioning in international markets
  • Improved commitment from internal teams
  • Reduce the risks associated with technology investments
  • Setting up a scalable architecture adapted to future growth
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