Method fase

Stage 4: Engineering

Detailing of the plastic rotational moulding product is an important phase in order to proceed with mould construction and automation. This stage can be conducted by Pentas or your own engineering department.

  • Elaborate the selected concept in the design (ridges, wall thickness, releases, etc.)
  • Recording releases, dimensioning, tolerances, etc.
  • 3D CAD model, shape suitable for mould and tool manufacturing
  • 2D product drawings incl. dimensions for final production

 

The well-oiled machine

  • step-icon1
    Phase 1: Drawing up the Programme of Requirements

    In order to define the development, it is important to draft a Programme of Requirements (PoR) that your product will have to meet. Read more »

  • Phase 2: Conceptualisation

    The concept focuses on integrating functions and producibility as a plastic rotational moulding product. This phase results in the delivery of one or multiple concepts with a motivation and testing of the concepts against the PoR as well as a substantiation with design sketches.

  • step-icon2
    Phase 3: Analysis

    A risk analysis will be conducted in consultation with yourself. We will test whether the choice of material is suitable for your requirements.

    Read more »

  • Phase 4: Engineering (Detailing of the design)

    Detailing of the plastic rotational moulding product is an important phase before we can proceed with mould construction and automation. Read more »

  • step-icon5
    Phase 5: Mould and automation

    Based on your final 2D and 3D CAD drawings of the plastic rotational moulding product, Pentas will start development and mould construction. Read more »

  • Phase 6: Production

    Before Pentas takes your plastic rotational moulding product into mass production, the product and the process will have to be approved. Read more »

  • Phase 7: Finishing and assembly

    This extension of the production of your plastic rotational moulding product requires associated steps to validate the process. Read more »