Blog

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

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Explore the benefits of nearshoring manufacturing, including shorter lead times, supply chain control, quality, costs, risks, supplier selection, and CNC sourcing strategies.
Learn the differences between G-code and M-code, common CNC commands, controller variations, CAM post processors, offsets, modal codes, and programming errors.
Compare dry etching vs wet etching by anisotropy, selectivity, undercut, surface damage, cost, masks, aspect ratio, and applications to choose the right process.
Learn beryllium copper properties, C17200 vs C17510 grades, CNC machining, heat treatment, tooling, safety, finishes, applications, and design considerations.
Compare silicone vs polyurethane for heat, UV, abrasion, water, seals, molds, and CNC-related manufacturing. Learn which material fits your application.
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.
Compare HDPE vs PTFE for CNC parts, seals, bearings and chemical applications. Learn differences in temperature, friction, creep, machining, cost and dimensional stability.
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.
Learn bismuth bronze properties, C89835 grades, CNC machinability, bearings, lead-free plumbing uses, C932 replacement limits, corrosion and material selection.
Compare laser engraving vs laser etching by depth, durability, materials, cost, laser type, QR marking and surface finish requirements for CNC parts.
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.
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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