22/06/2026

Design and engineering capabilities

Engineering that works in practice

More than just parts, our cable management solutions solve real application challenges.

Image showing a One-Click Fastener for mounting harnesses in train carriages

Every application brings its own constraints – space, weight, cost, materials and performance. We turn these constraints into practical solutions.

By combining design expertise, manufacturing knowledge and close collaboration, we help you move from idea to reliable series production.

Whether you want to improve an existing part or develop something new, we focus on what creates value in your application.

Our approach combines engineering expertise, manufacturing capability and close collaboration to fully understand all the variables – ensuring solutions that are practical, scalable and ready for real-world use.

Design and co-development

The result is not just a functional part, but a solution optimised for performance, manufacturability and cost.

Two people discussing a solution for a vehicle component

Many solutions start with a specific technical challenge. Our engineers work closely with you to define requirements, evaluate concepts and develop designs ready for production. 
This includes:

  • application analysis and requirement definition
  • CAD design and simulation
  • material selection and validation
  • prototyping and testing.

How we manufacture with precision

It’s a real team effort to ensure production and supply remains stable, efficient and aligned with your requirements.

View of a HellermannTyton injection molding facility

Modern injection moulding and extrusion manufacturing is not defined by machines alone. Reliable results depend on the interaction of hardware, software and human expertise. Together, they ensure consistent quality, efficient production and continuous optimisation.

Hardware: production capability. 

Our production systems provide the foundation for precision and scalability. 

In injection moulding, this includes controlled clamping force, optimised mould design and precisely managed temperature zones.

In extrusion, performance depends on screw geometry, die design and downstream cooling and handling. 

These factors directly influence material behaviour, wall thickness and part performance – and are critical for consistent quality.

Software: Digital precision

Digital tools allow us to predict and control performance before production begins. 
Simulation software supports mould flow analysis, helping to optimise filling, shrinkage and warpage. 
Process control systems regulate temperature, pressure and cycle time with high precision. 
Real-time data from connected systems enables continuous monitoring of performance, energy use and production stability.

Human expertise: Applied engineering

Technology alone does not guarantee results. Our engineers and technicians apply their expertise to set up, monitor and continuously improve processes. 
This includes:

  • tooling setup and optimisation
  • defect analysis and process adjustment
  • preventive maintenance and quality control.

Case tudy: Lighter design through simulation and engineering

Image showing injection molding simulation insights

Using advanced simulation tools, we helped a customer redesign an electric vehicle charging socket holder – reducing weight by more than 60 per cent without compromising performance or stability. This case study shows how simulation and interdisciplinary engineering work together to optimise design, materials and manufacturability.

Download the case study for a clear, real-world example of our development approach.

Download case study here (PDF)

Value engineering and optimisation

Our focus is not on making parts cheaper, but on making them better – improving performance, reducing complexity and lowering total cost of ownership.

Image weighing up the relative benefits of plastic versus metal

We apply value analysis and value engineering (VAVE) to improve new and existing products. During design, we identify the most efficient way to achieve the required function. In production, we analyse existing parts to improve performance and reduce cost.

Typical approaches include:

  1. material substitution to reduce weight or cost
  2. part consolidation to simplify assembly
  3. process optimisation to improve efficiency.

What this means for you

Our approach supports three key outcomes:

  1. scalable, high-quality manufacturing
  2. reduced environmental impact through material and design choices
  3. added-value custom parts that replace more complex assemblies.

Results in practice

Our promise is simple: we make the difference that matters to you.

Image showing MADE FOR REAL logo

With HellermannTyton, you are not just buying parts – you are securing performance, reliability, and long-term value.Our solutions deliver measurable results in real applications. They can reduce installation time, lower weight, improve safety or extend service life – depending on your priorities.

You may not see our parts directly, but their impact is visible in the performance of your systems. 

Through enablement of faster installation, greater safety, extension of service life, improvement of sustainability or a lower total cost of ownership, we strive to deliver results that make a real difference.

→ Discover the MADE FOR REAL difference here

Discuss your needs with us

HellermannTyton service representative talking with a customer

With global manufacturing and strong local distribution, we bring international expertise within reach.

We are here to help you find the most suitable HellermannTyton products and services for your needs. Our specialists understand your challenges and can support you with practical, reliable advice.

Wherever you are, you can speak directly to someone who can connect you to the right solution.