Product Design

PROVIDING EFFICIENT SOLUTIONS AT THE HIGHEST STANDARDS OF QUALITY

Unlocking new design solutions for businesses and pioneering product based businesses that matter.

PROJECT MANAGEMENT

Our project management process, depending on the scope of the project, determines the product’s key requirements and identifies the product development strategy. Research, market investigation, intellectual property and regulations assessment are a starting point for each project and the foundation for the development of a successful product.

Mechanical design

Mechanical engineering is at the heart of our design process.  We support companies through all stages of the project from the initial concepts to 3D models, detailed manufacturing drawings and onsite commissioning.

We have extensive experience enabling us to reduce complexity and deliver solutions which are safe, reliable and cost effective.

INDUSTRIAL DESIGN

Wenlock adds creativity and innovation to every new product during the initial concept stage, combining a high level of technical, engineering and manufacturing expertise to ensure that products satisfy all specified functional and regulatory requirements and can be easily manufactured and assembled at competitive costs.

MANUFACTURING SUPPORT

Relying on trusted manufacturers, Wenlock help our clients weigh up the production options to ensure they receive the best value possible. We also manage the outsourcing of manufacturing and manage the production process from beginning to end, closely monitoring the output for quality, consistency and punctuality and re-negotiating contractual terms if necessary.

PATENT SUPPORT

At Wenlock we help inventors and companies patent protect new inventions to ensure your commercial success.

We cover every aspect of the product to ensure that should anyone try to replicate, you will have the strongest application to stop them from infringing on your designs.

ENGINEERING ANALYSIS

In support of design, our FEA expertise includes traditional calculations as well as linear and non-linear Finite Element Analysis (FEA) of components and sub-assemblies, ranging from simple force-deflection to complex large-scale deformation behaviour.

Hand calculations are used to ensure that the loads and boundary conditions are correctly understood and assess the validity of the results of computational output.