PRECISION. PERFECTIONISM. THOROUGHNESS.

At PJM, these three principles guide every project we under-take. Once the concepts and requirements for the customer needs are defined, we are committed to adding value at every stage of the development and construction process.

 

By adhering to approved project management standards, we ensure a seamless transition from the initial machine design to full-scale production.

EMPHASIS ON CLOSE COLLABORATION

 

Our solutions are crafted in close partnership with our clients, from the initial draft to the installed solution. This collaborative approach guarantees that we contribute our ex-tensive knowledge from the outset, adding value and accommodating demands for short lead times.

 

COMPREHENSIVE PROJECT MANAGEMENT

 

We oversee the entire process, from the initial concept idea through testing, inspection, and commissioning, until the production is fully operational.

 

OUR CORE PRINCIPLES

  • Minimised component count: 

    Designing products with the fewest possible parts to enhance reliability and reduce complexity.

     

    Standardisation across variants:

    Implementing standardised components suitable for multiple product variants to streamline production.

     

    Automation-friendly design:

    Ensuring product designs are conducive to automation by considering geometry, dimensions, tolerances, and surface textures.

     

    Straightforward production processes:

    Developing uncomplicated processes to facilitate efficient manufacturing.

  • High process stability and performance:

    Achieving consistent and reliable machine operations.

     

    Low operational costs:

    Utilising robust, high-quality components to minimise maintenance costs and downtime.

     

    User-friendly operation:

    Designing machines that are easy to order, adjust, and service, ensuring seamless product changeovers and maintenance.

  • Design reviews and functional specifications:

    Conducting thorough design meetings and documentation reviews to align on functionality.

     

    End-user involvement:

    Engaging operators and maintenance staff in the design process to ensure practical and effective machine operation.

  • Cost efficiency:

    Leveraging standard components to reduce costs associated with custom parts.

     

    Enhanced reliability:

    Employing thoroughly tested components to lower fault rates.

     

    Simplified maintenance:

    Reducing spare parts inventory and associated storage costs by using well-known components familiar to maintenance teams.

  • Integrated process verification:

    Incorporating verification steps into the design to prevent defective parts from passing through as good products.

     

    Continuous sensor monitoring:

    Ensuring sensors used for verification are consistently functional and reliable. 

  • Technical compliance:

    Meeting customer-specific technical requirements, including programming standards, electrical installations, and component selections.

     

    Regulatory compliance:

    Ensuring all designs comply with health, safety, and environmental regulations.

  • Internal release testing:

    Conduct comprehensive tests to verify safe functionality before Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT), including stress tests for scenarios like power failures and emergency stops.

     

    Collaborative FAT/SAT:

    Working closely with customers during acceptance testing to ensure all requirements are met.

WANT TO KNOW MORE ABOUT DEVELOPMENT AND DESIGN? 

 

Don't hesitate to contact John Bo Jakobsen, COO, with any questions you might have.


John Bo Jakobsen

COO

+45 61 50 01 94

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