What Does ‘Break All Sharp Edges’ Mean on a CNC Machining Drawing?
“Break all sharp edges” is one of those engineering drawing instructions that appears simple until someone has to decide exactly what it means. For a CNC machining supplier, the intention is usually clear: finished components should not be supplied with unwanted burrs...
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...
Inside the Part: CNC Machined Aerospace Gearbox Casings
Aerospace components often require more than accurate machining. They may also need controlled material selection, specialist inspection, surface treatment, masking, painting, documentation and a clear quality record from start to finish. For this project, Tarvin...
CNC Milling vs CNC Turning: A Buyer’s Guide to Choosing the Right Machining Process
When sourcing precision machined components, one of the first questions many buyers ask is whether a part should be CNC milled or CNC turned. Both processes are widely used in modern manufacturing, and both can produce accurate, repeatable and high-quality components....
CNC Machining Tolerances: A Buyer’s Guide to Accuracy, Fit and Inspection
CNC machining tolerances are one of the most important factors in the performance, cost and reliability of precision machined components. Whether a part is being produced for aerospace, motorsport, scientific equipment, industrial machinery or specialist...
Inside the Part: CNC Machined Aluminium Assembly for Scientific Applications
Precision engineering for scientific applications often involves more than producing a single machined component. Many projects require a complete assembly approach, where individual machined features, internal components, fasteners, surface treatment and final fit...