ENGINEERING DESIGN
TURNING IDEAS INTO ENGINEERED REALITY
Every successful product begins with a great idea, but bringing that idea to life requires engineering expertise, commercial understanding and practical manufacturing knowledge.
Whether you're developing a new product, improving an existing design or overcoming a technical challenge, our engineers transform concepts into practical, manufacturable solutions.
INNOVATIVE
Creative solutions that solve real world problems.
PRACTICAL
Designed for manufacture, built for performance.
RELIABLE
Engineered for quality, durability and compliance.
OUR SERVICES
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Product Development
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Mechanical Design
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CAD Modelling
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Design for Manufacture (DFM)
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Reverse Engineering
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Production Engineering
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Value Engineering
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Material Selection
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CE / UKCA Design Support
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Design Validation
TYPICAL PROJECTS
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New Product Development
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Existing Product Improvements
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Prototype Development
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Automation & Fixture Design
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Cost Reduction Programmes
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Manufacturing Process Improvement
EXAMPLE PROJECT
AGRICULTURAL MACHINERY MANUFACTURE
A leading agricultural machinery manufacturer approached Wizards Precision Engineering after experiencing repeated failures in a critical welded assembly used on one of their machines. The component was subjected to high operational loads and vibration, resulting in premature fatigue, increased maintenance requirements and costly downtime for end users.
Our engineering team carried out a detailed assessment of the existing design, reviewing the loading conditions, manufacturing process and material selection. Using CAD modelling and Design for Manufacture (DFM) principles, we developed a redesigned assembly that simplified the overall construction while improving structural performance.
By reducing the number of individual parts and optimising the fabrication process, we were able to eliminate unnecessary welds, improve load distribution and create a more robust component that was easier and faster to manufacture.
The final design reduced the component part count by 35%, increased structural strength and achieved an 18% reduction in manufacturing costs, while improving long-term reliability in demanding agricultural environments.
CASE STUDY CUSTOMER OUTCOMES
35%
Reduced component part count by 35%
Increased structural strength and durability
Improved resistance to fatigue and vibration
Simplified fabrication and assembly
18%
Reduced manufacturing costs by 18%