Fast 4-Axis CNC Machining for Prototypes and Small Production Runs
Fast turnaround. Tight tolerances. UK-based CNC subcontract machining.
Capabilities
We’re a small CNC machining business and most of our work is for other small businesses and independent engineers. Everything is done in house, from planning and programming through to finished parts. Our core work is 3 and 4 axis CNC milling, covering one off components through to repeat batches, typically fixtures, components, and small assemblies. We regularly machine aluminium, stainless steel, carbon steel, brass, and engineering plastics, and are happy to work with customer supplied material where needed. Parts are machined to drawing, with tolerances and surface finish controlled through consistent setups and inspection rather than rework. We work from customer CAD files in common formats and will flag any issues that affect machining or lead time before work starts. The focus is on straightforward communication and predictable results from quote to delivery.
If you’d like a quote
If you’d like a quote, send a drawing or CAD file along with material, quantity, and any time constraints. We’ll take a proper look and come back with a clear price and realistic lead time. If something affects cost or manufacturability, it’s flagged early rather than discovered halfway through the job. Once everything is agreed, the work is scheduled, machined, inspected, and dispatched as discussed.
Example Parts
A small selection of parts machined in house for a range of customers and applications.
Fast Prototyping
We regularly machine prototype parts for development and testing. This includes one off components and early revisions where designs are still being refined. Where a feature affects machining time, cost, or robustness, it’s flagged early so changes can be made before committing to further iterations.
Production
Production
We support repeat and small batch production where consistency and predictability matter. Once a part is proven, setups and processes are kept consistent to ensure repeatable results across batches. Where volumes justify it, we use high density fixturing to reduce spindle idle time and improve overall productivity without compromising accuracy.