Product Realisation

Translating ideas into scalable, tested, production-ready designs

Transforming a concept into a tangible product is what product realisation is all about, whether the plan is for specialist, low-volume manufacturing or mass-produced consumer products – and everything in between.

The aim is to translate ideas into sustainable, robust, scalable, tested and approved designs – involving all aspects of research, design, development, testing and production along the way.


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Supply chain management, for example, needs to include consideration of the long-term availability of components and materials, while design for assembly aims to reduce the number of components and minimise the number of assembly operations to optimise the manufacturing process.

The implementation of design for manufacturing principles at an early stage of development is critical to deliver a product to match a company’s business goals in a manageable and controlled timescale.

This could involve monitoring congestion as part of a smart traffic system to warn drivers which roads to avoid, for example, or analysing CCTV images as part of a security system and raising the alarm if a perimeter has been breached.

Plextek helps scale ideas by optimising supply chain management and design processes. Our expertise ensures seamless integration of innovative solutions to deliver efficient products aligned with your business goals.
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Real-world challenges

Innovative marine tracking solution for ATLAS Telecom

The marine tracking solution developed for ATLAS Telecom introduced a new level of innovation to the market by integrating GPS and TETRA tracking technologies in a marine-qualified environment, addressing a critical gap that previously existed.

This highly innovative solution enabled seamless and secure communications while delivering a high level of tamper resistance and power efficiency. The device also featured an integrated SOS beacon, providing essential lifesaving features for rescue teams during emergencies, and offering users an alert function for immediate access to emergency services.

Additionally, the enhanced tracker offered vital safety and security benefits for both users and border control, allowing the latter to effectively monitor vessels in territorial waters. The unit was designed with at least an IP65 rating to withstand harsh marine environments, considering the highly corrosive nature of saltwater and prolonged exposure to sunlight. This comprehensive solution included a user/control panel that was also protected against saltwater and sun exposure, ensuring reliability and functionality under extreme conditions.

Read more: Marine Tracker
Custom developed multiband cellular antenna

Black box telematics units have become commonplace in cars to monitor driving style and report back to insurance companies. A telematics device typically consists of a cellular modem, GPS, accelerometer, gyroscope and microcontroller.

The main challenge was to reduce the physical size of the device so that it will fit into tight locations within a vehicle – turning the task from a straightforward integration of individual designs into a highly complex custom development.

The Plextek team’s solution was a multiband cellular antenna, integrated onto a PCB substrate, together with a custom GPS antenna – with performance exceeding the requirements set out in the standards.

Read more: Vehicle Asset Management System

Key skills

a weather proof radar housing
  • Mechanical Design

    Our team are highly experienced with CREO design software, typically using the AAX extension and surface modelling to generate highly complex assembly models and drawings.

  • Printed Circuit Board

    Plextek use PADS and Altium for the layout of all types of complex digital, RF and high-speed designs.

  • New Product Introduction

    Overall management of all aspects of product realisation for mechanical and electronic designs.

  • Design For Manufacturing

    Products are designed with manufacturing considerations and restraints in mind to avoid iterations in later projects stages and to optimise time to market.

  • Supply Chain Management

    Plextek can advise on the best contract manufacturing services and customised part manufacturing vendors to match the required business model and create optimal partnerships for the future.

  • Design For Purchasing

    Complete bill of material analysis to avoid using parts close to obsolescence: preventing critical part shortages and quantifying build lead time.

  • Design For Process Engineering

    Product collaboration with the industrialisation and manufacturing teams to develop lean assembly steps for cost and time reductions.

  • Quality Management

    Plextek have installed a Quality Management System certified to both ISO 9001:2015 & ISO 13485:2016, which gives a framework that can be tailored to match the requirements of every project in order to meet our clients’ expectations.


The implementation of Design for Manufacture (DFM) at an early stage of development is critical for product realisation and to match a company’s business goals in a manageable and controlled timescale. Before the pencil hits the paper, it is important to discuss and plan for DFM and the whole supply chain. This will optimise the choice of partners for assembly or customised fabrication to create a sustainable supply chain – whether for low quantities or high-volume production.

Paul Twinn, Manufacturing Specialist
Paul Twinn

Manufacturing Specialist


What sets us apart when it comes to product realisation?

The Plextek team has a track record of delivering complex technology solutions, using our expertise to take on a concept design and transform it into a solution to match a client’s business goal. To achieve this, our services include:

  • New product introduction (NPI)
  • Design for manufacturing
  • Entire supply chain consideration
  • Project management from concept to end of life
  • Research and innovation services

The tools we use to create best-in-class designs include:

  • Creo mechanical design software
  • Pads/Altium PCB layout software
  • Flexible approach to specific customer software requirements (e.g. SolidWorks)
Contact Plextek

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Got a question?

If you have got a question, or even just an idea, get in touch

Related Technical Papers

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an image of our technical paper
mmWave Imaging Radar

Camera systems are in widespread use as sensors that provide information about the surrounding environment. But this can struggle with image interpretation in complex scenarios. In contrast, mmWave radar technology offers a more straightforward view of the geometry and motion of objects, making it valuable for applications like autonomous vehicles, where radar aids in mapping surroundings and detecting obstacles. Radar’s ability to provide direct 3D location data and motion detection through Doppler effects is advantageous, though traditionally expensive and bulky. Advances in SiGe device integration are producing more compact and cost-effective radar solutions. Plextek aims to develop mm-wave radar prototypes that balance cost, size, weight, power, and real-time data processing for diverse applications, including autonomous vehicles, human-computer interfaces, transport systems, and building security.

an image of our technical paper
Low Cost Millimeter Wave Radio frequency Sensors

This paper presents a range of novel low-cost millimeter-wave radio-frequency sensors that have been developed using the latest advances in commercially available electronic chip-sets. The recent emergence of low-cost, single chip silicon germanium transceiver modules combined with license exempt usage bands is creating a new area in which sensors can be developed. Three example systems using this technology are discussed, including: gas spectroscopy at stand off distances, non-invasive dielectric material characterization and high performance micro radar.

an image of our technical paper
60 GHz F-Scan SIW Meanderline Antenna for Radar Applications

This paper describes the design and characterization of a frequency-scanning meanderline antenna for operation at 60 GHz. The design incorporates SIW techniques and slot radiating elements. The amplitude profile across the antenna aperture has been weighted to reduce sidelobe levels, which makes the design attractive for radar applications. Measured performance agrees with simulations, and the achieved beam profile and sidelobe levels are better than previously documented frequency-scanning designs at V and W bands.

an image of our technical paper
Ku-Band Low-Sidelobe Waveguide Array

The design of a 16-element waveguide array employing radiating T-junctions that operates in the Ku band is described. Amplitude weighting results in low elevation sidelobe levels, while impedance matching provides a satisfactory VSWR, that are both achieved over a wide bandwidth (15.7-17.2 GHz). Simulation and measurement results, that agree very well, are presented. The design forms part of a 16 x 40 element waveguide array that achieves high gain and narrow beamwidths for use in an electronic-scanning radar system.