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Blog Category:Others

We share information and tips we’ve learned from our experience in the CNC machining and sheet metal fabrication industry.

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Others

02 benefits of nearshoring
Benefits of Nearshoring: Is It the Right Manufacturing Strategy?
Explore the benefits of nearshoring manufacturing, including shorter lead times, supply chain control, quality, costs, risks, supplier selection, and CNC sourcing strategies.
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03 g code and m code differences
G-Code vs M-Code: Differences, Examples and CNC Programming Guide
Learn the differences between G-code and M-code, common CNC commands, controller variations, CAM post processors, offsets, modal codes, and programming errors.
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04 dry etching vs wet etching
Dry Etching vs Wet Etching: Differences, Processes and Selection Guide
Compare dry etching vs wet etching by anisotropy, selectivity, undercut, surface damage, cost, masks, aspect ratio, and applications to choose the right process.
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05 beryllium copper
Beryllium Copper: Properties, Grades and CNC Machining Guide
Learn beryllium copper properties, C17200 vs C17510 grades, CNC machining, heat treatment, tooling, safety, finishes, applications, and design considerations.
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1 silicone vs polyurethane
Silicone vs Polyurethane: Differences, Uses & Selection Guide
Compare silicone vs polyurethane for heat, UV, abrasion, water, seals, molds, and CNC-related manufacturing. Learn which material fits your application.
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2 climb milling vs conventional milling
Climb Milling vs Conventional Milling: Differences & When to Use Each
Climb milling vs conventional milling explained for CNC machining. Compare cutting forces, finish, tool life, backlash, thin walls, roughing, and when each method works best.
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3 hdpe vs ptfe
HDPE vs PTFE: Properties, Machining, Uses & How to Choose
Compare HDPE vs PTFE for CNC parts, seals, bearings and chemical applications. Learn differences in temperature, friction, creep, machining, cost and dimensional stability.
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4 jigs and fixtures
Jigs and Fixtures: Differences, CNC Workholding & Design Guide
Learn the differences between jigs and fixtures, how CNC fixtures locate and clamp parts, the 3-2-1 principle, fixture types, thin-wall workholding, repeatability and design considerations.
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5 bismuth bronze
Bismuth Bronze: Properties, Grades, CNC Machining & Uses
Learn bismuth bronze properties, C89835 grades, CNC machinability, bearings, lead-free plumbing uses, C932 replacement limits, corrosion and material selection.
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1 laser engraving vs laser etching
Laser Engraving vs Laser Etching: Differences for CNC Parts & Metal Marking
Compare laser engraving vs laser etching by depth, durability, materials, cost, laser type, QR marking and surface finish requirements for CNC parts.
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2 tin bronze
Tin Bronze: Grades, Properties, CNC Machining and Applications
Learn what tin bronze is, how C90500, C90700 and other grades differ, and how tin content affects strength, wear, corrosion, CNC machining, bearings and bushings.
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3 m2 tool steel
M2 Tool Steel: Properties, Heat Treatment and CNC Machining Guide
Learn M2 tool steel composition, hardness, heat treatment, machinability, CNC machining, grinding, applications, and how M2 compares with D2, M35 and other tool steels.
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4 manganese bronze
Manganese Bronze: Grades, Properties, CNC Machining and Applications
Learn manganese bronze composition, C86300 and C67500 differences, CNC machining, bearing applications, corrosion, dezincification, wear and material selection.
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5 aluminum bronze
Aluminum Bronze: Grades, Properties, CNC Machining and Applications
Learn aluminum bronze grades, properties, CNC machining, C95400 vs C95500 vs C95800, bearing design, marine corrosion, welding and material selection.
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01 cnc lathe parts
CNC Lathe Parts: Components, Functions, Accuracy and Common Problems
Learn the main CNC lathe parts, their functions, how they affect machining accuracy, common chuck, spindle and turret problems, and practical maintenance tips.
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02 cnc router vs cnc mill
CNC Router vs CNC Mill: Differences, Materials, Accuracy and How to Choose
Compare CNC router vs CNC mill by rigidity, materials, spindle speed, accuracy, work area and cost. Learn which machine is better for your parts.
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03 what is 720 rule for anodizing
720 Rule for Anodizing: Formula, Calculation, Limits and CNC Design Guide
Learn the 720 Rule for anodizing, including current density, surface-area calculations, Type II and Type III examples, limitations, coating thickness and CNC dimensional allowance.
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04 tpr vs latex
TPR vs Latex: Differences, Properties, Durability and How to Choose
Compare TPR vs latex by elasticity, durability, allergy risk, chemical resistance, molding, outdoor use and cost to choose the right flexible material.
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