Manufacturer Guides
Practical guides covering design for manufacturing, machining, casting, surface treatment, and advanced manufacturing processes.
Design for Metal 3D Printing: 12 Rules That Change Cost
Most DFAM advice is generic. These twelve rules move the actual line items on your LPBF quote — orientation, supports, channels, walls, finishing.
More guides
Low-Volume Manufacturing: A Cost Optimisation Playbook
Low-volume runs are where unit cost goes to die. No tooling amortisation, no economies of scale, every setup cost lands …
Process Comparison
How to Choose the Right Manufacturing Method for Your Part
How to Choose the Right Manufacturing Method for Your Part
Choosing the wrong manufacturing method costs you twice — once on the prototype, again when you have to re-engineer fo…
DFAM Is an Alignment Problem, Not an Optimisation Exercise
Most Design for Additive Manufacturing work arrives too late to matter. By the time a design reaches a DFAM review, the …
Process Comparison
how do i choose the right additive manufacturing partner for high-volu
how do i choose the right additive manufacturing partner for high-volume metal part production?
Choosing the right additive manufacturing partner for high-volume metal part production is a critical decision that exte…
Process Comparison
Process Selection Guide for Engineers: How to Choose the Right Manufac
Process Selection Guide for Engineers: How to Choose the Right Manufacturing Method
Choosing the right manufacturing process isn’t just technical—it’s strategic. This guide gives engineers a structu…
Process Comparison
Casting vs Machining vs Additive: Choosing the Best Manufacturing Proc
Casting vs Machining vs Additive: Choosing the Best Manufacturing Process for Metal Parts
Casting, machining, or additive? Choosing the right process for metal parts depends on cost, complexity, and scale. This…
Cost Optimisation
Low Volume Manufacturing Methods: How to Optimise Cost Without Comprom
Low Volume Manufacturing Methods: How to Optimise Cost Without Compromising Quality
Low volume manufacturing is more than a bridge between prototype and production—it’s where cost, design, and strateg…
Process Comparison
Rapid Prototyping vs Production Machining
Rapid Prototyping vs Production Machining
Rapid prototyping and production machining serve different roles in the manufacturing lifecycle. Understanding when to u…
Design for Metal 3D Printing: A Practical Guide for Engineers
Designing for metal 3D printing requires a different mindset than traditional manufacturing. This guide explains the cor…
CNC Machining vs Metal 3D Printing
CNC machining and metal 3D printing are two of the most widely used manufacturing technologies for metal parts. Each off…
Design for CNC Machining: Rules & Tips
Learn the essential rules and best practices for designing parts for CNC machining. Ensure your designs are manufacturab…
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