Thin Wall CNC Machining Components: How to Control Distortion and Maintain Tolerances
Thin-walled components can look relatively straightforward on an engineering drawing. In practice, however, removing material from a component until only thin sections remain can create some of the more challenging conditions encountered in precision CNC machining. As...
Tarvin Precision Achieves Made in Britain ESV Certification
Tarvin Precision is pleased to announce that we have achieved Environmental & Social Value (ESV) Certification from Made in Britain. This is an important recognition of the wider value we aim to create as a business, not only through the precision components we...
Machining Titanium: A Practical Guide to Getting Better Parts
Machining titanium is one of those topics that can feel simple on paper and stubborn in reality. Titanium alloys are famously strong for their weight, highly corrosion resistant, and widely used in aerospace, medical, motorsport, and demanding industrial environments....
Aerospace Parts Machining: A Practical Guide to Materials, Tolerances, Quality and Supplier Selection
Aerospace parts machining sits at the intersection of extreme performance requirements and uncompromising quality control. Whether you’re producing flight-critical brackets, engine-adjacent components, UAV structures, or complex housings, the expectations are the...
CNC Machining Quote: A Practical Guide to Faster, More Accurate Pricing
CNC machining quote obtaining should feel straightforward: send the part details, get a price, place the order. In reality, quotes can swing wildly depending on what you provide, how the part is designed, and what assumptions the supplier has to make. This guide...
Prototype CNC Machining: A Practical Guide to Faster, Smarter Prototyping
Prototype CNC machining is one of the most reliable ways to turn a design concept into a physical part you can measure, test, and improve. Whether you’re validating fit and function, proving out a manufacturing route, or building a small pre-production batch, CNC...
Complex CNC Machining: A Practical Guide to Precision Parts, Tight Tolerances and Confident Delivery
Complex CNC machining is where modern manufacturing really earns its reputation. It’s the difference between a straightforward bracket and a high-value component with tight tolerances, intricate geometry, critical surface finishes, and demanding inspection...
Reverse Engineered Parts: A Practical Guide to Replacement Components and Legacy Hardware
Reverse engineered parts are components recreated by capturing the geometry, material intent, and functional requirements of an existing item - often when drawings are missing, suppliers have vanished, or equipment has been modified over time. Done well, reverse...
CNC Components: A Practical Guide to Design, Materials, Tolerances and Manufacturing
CNC components sit quietly behind a huge amount of modern engineering - inside analytical instruments, automation cells, medical devices, aircraft subassemblies, energy systems, and high-end consumer products. The reason is straightforward: CNC machining offers a...
CNC Machining Costs: A Practical Guide to What You’ll Pay
CNC machining costs can feel mysterious because the final price is the sum of lots of small decisions: geometry, material, tolerances, setup time, programming effort, inspection requirements, finishing, and the simple reality of how long the machine is cutting metal...
Component Manufacturers: How to Choose, Specify and Scale Quality Parts
Component manufacturers sit at the quiet centre of almost every product you can name - from industrial sensors and medical devices to aerospace subsystems and energy infrastructure. When they perform well, your production line runs smoothly, your field returns stay...