Engineering Guides
Written from the shop floor - what is actually achievable on our machines, and what it costs. No filler, no marketing page.
CNC Machining Tolerances
What tolerances are actually achievable on mills, lathes and 5-axis machines - and what they cost.
DFM Guidelines for CNC
Design-for-machining rules that cut cost and lead time without touching function.
How to Choose a CNC Material
Aluminium vs stainless vs titanium vs PEEK - matched to application and environment.
CNC Surface Finishes
As-machined Ra values, bead blasting, anodizing and plating - what each buys you.
CNC Lead Times Explained
What actually drives production lead time: material, complexity, finishing, inspection.
CNC Machining Cost Drivers
Why that part costs what it does - geometry, material, tolerance, quantity, finishing.
3-Axis vs 4-Axis vs 5-Axis
When a 3-axis machine is the right answer and when you need 5-axis.
Milling vs Turning
Which process fits your geometry - and when mill-turn is the efficient answer.
CNC Machining vs 3D Printing
Material, tolerance, surface and quantity - a practical comparison for engineers.
GD&T for CNC Machining
The GD&T symbols that actually matter on machined parts and how shops interpret them.
Preparing a Technical Drawing
What a shop needs on your drawing: datums, tolerances, notes, finish - and what slows quoting.
Choosing a CNC Partner
How to evaluate a machining partner on evidence: machines, inspection, communication.
Prototype vs Production Machining
When one-off prototyping makes sense and when to move to production planning.
Have a specific question?
Send us your drawing and our engineers will answer with a DFM review - not a template.
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