There is usually more than one way to make a part, and the cheapest route changes with volume, geometry and material. These articles compare routes on the things that actually move the price rather than on capability lists. 11 articles.
A buyer's guide to choosing between a handheld fiber laser welder and a robotic laser welding cell - where each pays off, what the decision turns on, and when a shop runs both.
CNC machining, 3D printing and injection molding each win at a different volume and geometry. How to pick the process that fits the part you actually have.
Tapping, thread milling and thread rolling produce a thread three different ways. How the choice changes strength, tolerance, tool life and cost.
Machining and casting trade tooling cost against per-part cost, and differ in tolerance, surface and material behaviour. How to pick the route for a metal part.
How a part is held decides whether it can be machined accurately. Fixture design, clamping force, datum choice, and the distortion that only appears after the clamps are released.
Cut-edge quality, kerf, thickness window and cost per part decide between laser, plasma and waterjet. How to pick the process for a sheet metal part.
Thin walls deflect under the cutter, spring back after clamping and move again after heat treatment. Where the error comes from and how to design around it.
The flat pattern is not the sum of the outside dimensions. How bend allowance, K-factor, bend deduction and springback decide whether a formed part fits.
A laser welding cell is a robot plus a positioner, source, enclosure and fixtures. Plan it around cycle time and access, not brochure power.
When laser welding beats TIG or spot welding on a sheet-metal assembly, and what to design for.
Volume, geometry and material decide whether machining or moulding is the better route for a plastic part.
None of these comparisons produce a universal answer, because the answer moves with quantity and geometry. What they do produce is a shortlist, which is usually enough to price two routes and let the arithmetic decide.
Describe the part and what it has to do. We will recommend a route, state the reason, and price it - including when the answer is not one of our own processes.
