NPI &R&D SUPPORT
TURNING INNOVATIVE IDEAS INTO PRODUCTION-READY PRODUCTS
Successful products are engineered long before production begins. Wizards Precision Engineering works alongside product designers, OEMs and manufacturers to transform concepts into reliable, manufacturable products through a structured New Product Introduction (NPI) process.
From the earliest prototype through design validation, production trials and pilot manufacture, our engineering team identifies opportunities to reduce cost, improve manufacturability and eliminate production risks before full-scale manufacture.
Whether developing a completely new product or refining an existing design, we provide the engineering expertise needed to accelerate development whilst ensuring every design is ready for repeatable, high-quality production.
PROTOTYPE DEVELOPMENT
DESIGN VALIDATION
PRODUCTION READY
OUR NPI & R&D CAPABILITIES
PROTOTYPE MANUFACTURE
Rapid production of prototype components and assemblies for functional evaluation and customer approval.
DESIGN REFINEMENT
Engineering improvements that simplify manufacture, increase reliability and enhance product performance.
MANUFACTURING TRIALS
Trial production runs used to validate tooling, processes and production workflows before launch.
TOOLING SUPPORT
Design and coordination of production tooling, fixtures and jigs to support efficient manufacturing.
PRODUCT VALIDATION
Testing and evaluation to verify performance, manufacturability and compliance before production.
PRODUCTION ENGINEERING
Developing manufacturing methods, assembly processes and documentation for efficient production.
PROCESS OPTIMISATION
Improving manufacturing efficiency by reducing waste, shortening cycle times and improving repeatability.
DESIGN IMPROVEMENTS
Continuous engineering support to improve existing products through value engineering and manufacturing feedback.
EXAMPLE PROJECT
AGRICULTURAL MACHINERY
New Product Development & Production Readiness
Working with a leading agricultural equipment manufacturer, Wizards Precision Engineering supported the transition of a newly developed machine from concept into production.
Following initial design reviews, our engineering team refined several fabricated assemblies to reduce complexity whilst improving structural performance. Prototype components were manufactured, evaluated and modified through multiple development iterations before entering pilot production.
Production trials identified opportunities to reduce assembly time, simplify welding operations and improve component consistency across manufacture.
35%
REDUCED COMPONENT COUT
18%
LOWER MANUFACTURING COSTS
IMPROVED STRUCTURAL PERFORMANCE
REDUCED PRODUCTION LEAD TIMES