Blogs：Design Guidelines

Peripheral milling relies on cutter peripheral edges to machine part sides and profiles. This guide breaks down its main variants — slab, side, slot, straddle and profile milling — and compares climb versus conventional cutting. It reviews tool selection, contrasts

Compare tungsten and titanium across key engineering properties: density‑weight, strength, hardness, stiffness, thermal performance and corrosion resistance. This guide breaks down each metal’s unique machinability hurdles and alternative manufacturing options.

Multi‑axis CNC machining demystifies 4‑axis, 3+2 and full 5‑axis operations, explaining linear and rotary axes and the gap between indexed and simultaneous motion. It compares 3‑, 4‑, 3+2‑ and 5‑axis configurations, highlighting parts best served by multi‑axis work: multi‑face features,

CNC machining produces tight‑tolerance components and clarifies how it differs from standard CNC work. It walks through the end‑to‑end workflow: CAD file submission, DFM review, in‑process machining controls and final inspection.

Precision machining delivers tight‑tolerance parts, with clear distinctions from standard CNC work. Its full production workflow runs from CAD submission and DFM review, through in‑process controls to final inspection. Learn about achievable tolerances, batch‑run repeatability, key cost drivers and practical

Clarifying the frequently confused terms polyamide and nylon, this overview covers aliphatic, aromatic and semi‑aromatic polyamide families. It compares mainstream grades: PA6, PA66, low‑moisture‑absorption PA11/PA12, and glass‑filled nylon, highlighting moisture‑driven dimensional risks.