CNC Machining Blog | Engineering Articles

6061-T6 aluminum CNC pocket milling with a 2-flute uncoated carbide end mill, spiral chips, coolant mist, and bright machined surface finish

2026-08-26

25 Aug 2026

6061-T6 CNC Machining Parameters: Speeds, Feeds, Tooling and Process Control

Practical starting ranges for milling, drilling, tapping, and turning 6061-T6 aluminum, with guidance on tooling, chip control, thin walls, tolerances, and process validation.Introduction6061-T6 is forgiving compared with many engineering metals,...

6061-T6 aluminum CNC machining DFM design for manufacturing - engineer reviewing 3D CAD model with machined parts

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Materials Related

2026-08-26

25 Aug 2026

6061-T6 CNC Machining DFM Guidelines: Design Rules & Checklist(2026)

Design rules for engineers preparing 6061-T6 aluminum parts for CNC machining, quoting, inspection, and finishing.Suggested URL: 6061-T6 CNC machining DFM guidelinesMeta description: Practical 6061-T6 CNC machining DFM guidelines covering wall...

6061-T6 CNC machining versus ADC12 die casting comparison showing a black anodized machined aluminum enclosure with sharp tool marks beside an as-cast die-cast housing with rounded corners and gate marks

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Materials Related

2026-08-26

25 Aug 2026

6061-T6 vs ADC12 Aluminum: CNC Machining or Die Casting?

An engineering comparison of wrought 6061-T6 CNC machining and ADC12 high-pressure die casting, covering properties, tooling, volume economics, tolerances, porosity, finishing, and process selection.IntroductionChoosing between 6061-T6 CNC machining and ADC12...

6061-T6 anodizing Type II color options on CNC machined parts showing uniform matte black, blue, red, gold, clear, and green surface finishes

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Materials Related

2026-08-26

24 Aug 2026

6061-T6 Aluminum Anodizing Guide: Types, Colors & Tolerances (2026)

A practical engineering guide to Type I, Type II, and Type III anodizing, color control, coating thickness, dimensional allowance, masking, sealing, inspection, and drawing requirements.Introduction6061-T6 is widely used for anodized...

Precision 6061-T6 aluminum CNC machined parts displayed in front of a CNC machining center

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Materials Related

2026-08-26

24 Aug 2026

6061-T6 Aluminum CNC Machining Complete Guide (2026)

A practical engineering guide to 6061-T6 aluminum CNC machining, including material behavior, T6 temper, alloy comparisons, machining parameters, surface finishes, cost factors, DFM rules, and real project examples.Introduction6061-T6 aluminum is...

Thread standards comparison showing UNC Metric NPT and BSP threaded metal fasteners on engineering blueprint background

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Blog

2026-08-20

20 Aug 2026

CNC Thread Standards Guide: UNC, Metric, NPT & BSP Size Charts and Comparison

IntroductionThreaded connections are among the most common yet underestimated features in precision manufacturing. A single wrong thread standard on a CNC-machined part can trigger an expensive chain reaction: parts that...

Different brushed finish effects on CNC-machined aluminum and stainless steel parts with linear, satin, coarse, cross-brushed, and circular grain textures

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Post Processing

2026-08-19

19 Aug 2026

Brushed Finish for CNC-Machined Parts: Types, Effects and Applications

Brushed finish is one of the most cost-effective ways to improve the appearance of CNC-machined metal parts. By using controlled abrasive contact to create fine directional or non-directional grain lines...

6061-t6-vs-7075-aluminum-cnc-machined-parts-featured

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Materials Related

2026-08-26

14 Aug 2026

6061-T6 vs 7075-T6 Aluminum: Strength, Cost & Machinability (2026)

A practical comparison of strength, stiffness, machinability, corrosion resistance, welding, anodizing, cost, and application fit.Introduction6061-T6 and 7075-T6 are two of the most frequently compared aluminum alloys for precision parts. Both...

CNC machining workflow from customer drawing and raw aluminum block to finished precision machined part

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Machining process

2026-08-19

11 Aug 2026

What Is CNC Machining? From Customer Drawing to Finished Precision Part

Many customers have heard the term CNC, but they may not fully understand what happens behind a finished precision part. A CNC part is not made by simply putting material...

Featured image showing seven common surface treatment processes, including electroplating, anodizing, spray coating, e-coating, micro-arc oxidation, PVD coating, and chemical conversion coating.

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Post Processing

2026-08-19

10 Aug 2026

7 Common Surface Treatment Processes Compared: Electroplating, Anodizing, Spray Coating, E-Coat, PEO, PVD, and Conversion Coatings

Surface treatment is not only about appearance. It changes how a part resists corrosion, wear, heat, moisture, chemicals, electrical contact, and mechanical damage. This guide compares seven widely used surface...

Spray painted CNC machined parts with masked holes inspected under lights for smooth surface and even color

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Post Processing

2026-08-08

08 Aug 2026

Spray Painting for CNC Machined Parts: How JADE-CNC Avoids Uneven Paint Finish

Have you ever received CNC machined parts with an uneven or irregular paint finish? The part may be dimensionally correct, but the surface looks patchy. Some areas may appear darker,...

Aluminum heat sinks with thin fins inspected in a CNC machining workshop for dimensional stability and deformation control

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Products Aticles

2026-08-31

08 Aug 2026

Aluminum Heat Sink CNC Machining: How JADE-CNC Controls Thin Walls, Fins, and Deformation

Aluminum heat sinks look simple from the outside, but they are often difficult to manufacture well. The challenge comes from their structure. Many heat sinks include thin walls, deep grooves,...

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