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Pontis Engineering develops affordable, scalable, and sustainable industrial composite products in close collaboration with its customers and partners. We provide end-to-end support throughout the entire product development cycle—from conceptual design to full industrialization—or assist with specific phases as required.

Composites are crucial in the defence sector due to their lightweight, high-strength properties, which enhance the performance and durability of military equipment.
Choosing the best way to design, develop and manufacture your composite product is a challenge with which Pontis can support you.

We turn ideas into practical solutions. Pontis can provide advice on your (new) composite product, but also implement and drive changes, ensuring your idea is transformed into a successful industrial product for your customers.

Manufacturing and industrialization are central to our product development, as composite products designed with manufacturing in mind are more affordable and can be scaled up more easily.

Our experience and expertise in sectors such as wind energy, automotive, maritime, and aviation enable us to offer valuable insights for developing innovative products in the defence industry.

Our expertise is not only limited to industrial product development, but includes all aspects that are necessary to bring a successful composite product to the market, e.g. defining factory lay out or developing a robust supply chain.

Our experts with decades of experience across various areas of composite development and manufacturing, together with our extensive network, will ensure you make well-considered decisions to create or improve your composite product.

We are happy to discuss how we can support with your specific challenges.

Some of our services:

  • Conceptual design for new solutions
  • Full design and certification of products
  • Design assessment and re-design of existing products
  • Materials selection, screening and validation
  • Process selection and development
  • Mould and tooling design
  • Process Simulation
  • Prototyping
  • Mechanical testing support and evaluation
  • Set-up production lines
  • Process optimisation / cycle time reduction
  • Cost out and efficiency programs
  • Quality improvement
  • Supply chain development