Tarvin Precision Supports Achievement at Hawarden High School
Tarvin Precision was proud to continue its support for Hawarden High School by sponsoring the school’s 2026 Recognition of Achievement Governors’ Presentation Event, held on Friday 10 July 2026. The presentation event provides an important opportunity to recognise the...
Supporting Local Businesses That Help Keep Us Moving
At Tarvin Precision, our work takes us across the UK. Every week our vehicles travel hundreds of miles delivering precision-machined components to customers and suppliers, from North Wales to Scotland and beyond. But while our reach is national, our roots remain...
Inside the Part: CNC Machined Aerospace Actuation Components
Aerospace actuation applications rely on components that are accurate, stable and produced through a controlled manufacturing route. Parts may need to support movement, alignment, housing, mounting or mechanical interface requirements, while also meeting strict...
Inside the Part: CNC Machined Aluminium Box for Marine Safety Applications
Marine safety equipment often depends on robust, reliable and carefully controlled components. Housings, boxes and enclosures may look straightforward from the outside, but when they are used in demanding environments, the manufacturing requirements can be much more...
Aerospace Supply Chain Resilience: How to Reduce Manufacturing Risk with a Qualified Second Source
Aerospace supply chain resilience is no longer simply a matter of keeping additional stock on the shelf. For aerospace manufacturers, Tier 1 suppliers and procurement teams, resilience increasingly depends on having access to sufficient machining capacity, reliable...
Aerospace Component Manufacturer: How to Choose the Right Supplier
Choosing an aerospace component manufacturer is not simply a matter of finding a machine shop with available capacity. Aerospace buyers must assess whether a supplier can manufacture the required components consistently, control materials and revisions, verify...
Aerospace Component Lead Times: A Practical Guide to Reducing Manufacturing Delays
Aerospace component lead times can have a significant effect on production schedules, maintenance programmes, new product introductions and wider supply-chain performance. When a machined part arrives late, the disruption is rarely limited to one purchase order. It...
Aerospace Design for Manufacture: A Practical Guide to Machined Components
Aerospace design for manufacture is the process of developing components that meet their functional, safety and performance requirements while also being practical to machine, inspect, finish and reproduce. It brings manufacturing knowledge into the design stage so...
Aerospace Titanium Machining vs Inconel Aerospace Components and Aerospace Aluminium Machining
Choosing between titanium, Inconel and aluminium for an aerospace component is not simply a question of comparing strength, weight or corrosion resistance. The material specified on a drawing directly affects how the part will be machined, how long production will...
Inside the Part: CNC Machined Aluminium Parts for Scientific Instruments
Precision parts used in scientific instrument manufacture often need to do more than simply fit together. They may need to support alignment, protect sensitive internal features, provide repeatable assembly points, withstand regular handling and maintain a clean,...
Sustainability and Social Value in Manufacturing: Why Your CNC Machining Partner Matters
Sustainability and social value in manufacturing are becoming increasingly important for engineering buyers, procurement teams and organisations that want more from their supply chain than price and delivery alone. In precision engineering, the right manufacturing...