All CNC machining knowledge articles, material guides, process notes, and sourcing resources.
Start with a focused topic path, then use the article guidance to prepare drawings, tolerances, material notes, finishing requirements, and RFQ details.
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing key points of 35CrMo. Structural
If you are designing a welded structure that must resist seawater corrosion and can afford to trade a few points of tensile strength for exceptional ductility, 5083-O or H111 is the alloy family worth reaching for before jumping to stainless steel.
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing essentials of 20CrMnTi. In CNC ma
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing key points of 42CrMo. Structural
If your part starts as an extruded profile before any chip-making operation touches it—a heat sink, an enclosure rail, a trim piece—start with 6063 (AlMg0…
GCr15 (AISI 52100 / SUJ2 / 100Cr6) high-carbon chromium bearing steel hardness guide: HRC 58–64 after heat treatment. Covers chemical composition, quenching/tempering process, CNC machining parameters, and hardness comparison.
7475 aluminum offers nearly double the fracture toughness of 7075 in T7351 temper. Learn CNC machining parameters, tooling recommendations, and heat treatment considerations for this aerospace-grade alloy.
20Cr is one of the most widely used low-alloy carburizing steels in China, conforming to the national standard GB/T 3077-2015 Alloy Structure Steels. Offering moderate cost, good hardenabilit
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing key points of 45# steel. Structur
The spindle ramps to 12,000 RPM, coolant floods the toolpath, and the first part emerges looking pristine—until the CMM report…
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing key points of Q235. Structural st
I watched a $4,200 aerospace bracket curl upward from the vise like a potato chip. The operator had treated T6 temper like T6511 — same …
This article references the authoritative source “Metal Materials Encyclopedia” to provide a detailed analysis of the performance characteristics and processing key points of TC6. Titanium alloys a
A batch of 630 stainless steel pump shafts landed on the shop floor two Tuesdays ago, and by 10:30 AM I’d already replaced three carbi…
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing key points of TC5. Titanium alloy
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Last month, a customer sent over a batch of 440B valve stems that had been roughed out beautifully in the anneale…
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing key points of TC3. Titanium alloy
Last year, a batch of laparoscopic graspers came back from the autoclave with pitting that bordered on reject-worthy. The…
This article references the authoritative source “Encyclopedia of Metal Materials” to provide a detailed analysis of the performance characteristics and processing key points of TC2. Titanium alloy
This comprehensive technical guide explores 431 (1Cr17Ni2), a Martensitic material widely used in precision CNC mach…
