Materials Selection

Low adhesion in SLS nylon parts usually stems from powder flow, temperature, or part design issues. This guide lists common symptoms, identifies likely causes, and

Resin viscosity must match part geometry to prevent defects. High detail requires low viscosity to penetrate fine gaps. Structural parts can use medium viscosity for

Verify metal AM supplier qualification by checking ISO 9001 scope, material traceability, and process controls. This guide provides specific criteria to audit vendors.

PEEK and PEI serve distinct roles in industrial AM. PEEK handles higher sustained temperatures and aggressive chemicals, while PEI offers better transparency and lower

Reduce metal AM support material cost through design-for-AM changes and slicing settings. Angle parts, thicken overhangs, and use tree supports. Verify with a print test

High-flow resins reduce build times for large industrial parts. Evaluate them based on viscosity, cure behavior, dimensional accuracy, and post-processing compatibility.

Aluminum generally costs less and moves faster than titanium. Titanium pricing is higher due to feedstock and processing, while aluminum AM lead time is often shorter.

Metal alloy certificates prove material compliance by confirming composition, heat treatment, and traceability. This checklist covers the documentation required for

Resin delamination in high-temperature components usually stems from thermal stress, incomplete curing, or improper layer adhesion. This guide details common symptoms

Stainless steel and aluminum offer different value in metal AM. Stainless provides strength but raises material cost. Aluminum reduces print time and post-processing

PEEK typically outperforms Nylon in chemical resistance, thermal stability, and dimensional accuracy under harsh conditions. Nylon offers cost and mechanical benefits

Resin shrinkage reduces part size after curing. Understanding thermal and chemical behavior helps engineers predict final dimensions, select appropriate resins, and