Business Details
28 Years
experience
Your Trusted Partner for Precision Engineering Solutions in Norwich
Established in 1998, Neville Engineering has built a reputation for delivering precision engineering solutions grounded in over 35 years of combined expertise. Our team specialises in toolmaking, prototype manufacture, and design, serving industries such as watchmaking, automotive, and medical sectors. With a state-of-the-art workshop equipped with advanced machineryincluding CNC mills, lathes, and wire erosion systemswe produce highly accurate components tailored to exacting specifications. Our commitment to perfection is evident in complex micro machining for horology and bespoke parts for vintage vehicles, reflecting our technical mastery.By combining traditional craftsmanship with modern technology, we ensure every project meets rigorous quality standards. Clients benefit from our ability to handle one-off prototypes or batch production with equal precision. Our focus on innovation and reliability has made us a trusted partner for demanding engineering challenges. We prioritise transparency and client collaboration, ensuring clear communication throughout every project phase. This approach underscores our dedication to exceeding expectations while maintaining competitive efficiency.
Services
Precision Engineering
Toolmaking
Prototype Manufacture
CNC Machining
Wire Erosion
Surface Grinding
Press Tool Production
Bespoke Automotive Parts
Watchmaking Components
Restoration Work
Details
- Year established: 1998
Highlights and features
- We offer over 35 years of expertise in precision engineering.
- Our bespoke parts for vintage vehicles showcase dedication to detail.
- Equipped with advanced CNC machinery for high-accuracy production.
- Specialise in complex micro machining for the watchmaking industry.
- Comprehensive design and manufacturing capabilities under one roof.
Services
Precision Engineering
Our precision engineering services utilise advanced CNC technology to produce components with tolerances down to 0.01mm. We cater to industries requiring extreme accuracy, including medical devices and horology. Clients benefit from our ability to handle complex geometries and exotic materials.
Bespoke Automotive Parts
We manufacture custom components for motorcycles and classic/vintage cars, combining traditional techniques with modern precision. Our workshop handles restoration projects and one-off parts, ensuring authenticity and performance. This specialism reflects our passion for automotive heritage.
Wire Erosion
Using Charmilles 240cc Wire Erosion systems, we cut intricate shapes in hardened materials without distortion. This method ensures superior surface finish for toolmaking and dies. It's ideal for complex profiles that conventional machining cannot achieve.
Prototype Manufacture
We create functional prototypes using CAD/CAM software and multi-axis CNC machines. This allows clients to test designs before full-scale production. Our rapid prototyping reduces development time while maintaining dimensional accuracy.
Surface Grinding
Our surface grinding capabilities achieve ultra-flat finishes on hardened and soft materials. With Jones & Shipman grinders, we process components for press tools and precision instruments. This ensures optimal performance in demanding applications.
Questions
What industries do you specialise in?
We serve horology, automotive, medical, and toolmaking sectors requiring precision components.
Can you handle one-off prototype requests?
Yes, our workshop specialises in single prototypes and small-batch production.
What machinery do you use?
We utilise CNC mills, lathes, wire erosion systems, and surface grinders for precision work.
Do you offer design assistance?
Yes, we provide CAD/CAM design support for toolmaking and prototype development.
Are you equipped for vintage vehicle restoration?
Yes, we produce bespoke parts for classic motorcycles and cars with high accuracy.
What quality standards do you meet?
We maintain tolerances down to 0.01mm and follow rigorous in-house quality checks.
