SAMHO

In CNC milling, tool life directly affects machining costs and overall productivity. Properly matching end mill cutting speed and feed rate is essential to prevent premature wear or tool failure. Excessively high cutting speeds generate friction and heat, accelerating edge wear, while too low feed rates may cause built-up edge (BUE) or unstable cutting. Striking […]

High-speed machining places extremely high demands on milling tool performance, and end mill coatings play a decisive role in extending tool life, improving machining efficiency, and ensuring superior surface finish. Different types of end mill coatings not only influence wear resistance and thermal stability but also determine whether the end mill is suitable for cutting

Conical end mills play a unique role in hard material machining, particularly in mold manufacturing, aerospace components, and medical device production, where surface finishes are critical. Compared to conventional ball end mill or flat milling cutters, conical end mills achieve more stable cutting and finer surface finishes on hard workpieces such as hardened steel, titanium

High-speed machining (HSM) is an essential technology for enhancing efficiency and precision in modern manufacturing, and CNC end mills are the core tools that make this process possible. Compared to conventional machining, HSM significantly reduces cycle time, improves surface finish, and minimizes the need for secondary operations. To fully leverage the benefits of high-speed machining,

PCB cutting tools are essential in electronics manufacturing and PCB processing. Their performance directly affects cutting precision, tool life, and production efficiency. Whether performing micro-milling on high-density multi-layer boards or depaneling standard single-sided PCBs, engineers may encounter issues such as rapid tool wear, edge burrs, chipping, and reduced machining accuracy. These challenges not only slow

When selecting tools, CNC companies often consider endmill bits as one of their most critical factors, directly impacting machining efficiency, surface quality, and overall production costs. From flat-end, ball-end, and corner-radius types, each offers specific applications and performance advantages. Whether purchasing wholesale endmill bits in bulk or customizing OEM endmill bits, choosing the right manufacturer

Machining hardened steel is one of the most challenging processes in CNC milling, placing high demands on tool materials, coatings, and cutting parameters. Choosing the right CNC milling cutting tools for hardened steel not only impacts tool life but also directly affects machining efficiency and surface quality. In industries such as mold manufacturing, automotive, and

Single flute end mills (SFEMs), due to their unique structural design, provide significant advantages when machining soft materials such as aluminum, plastics, and composites. Compared to traditional multi flute mills, single flute end mills have fewer cutting edges, allowing smoother chip evacuation and reducing the risk of tool clogging or material melting. This makes them

In metal cutting, choosing the right tool directly affects both production efficiency and cost control. When comparing end mills vs face mills, engineers and purchasing teams need to understand the difference between end mills and face mills as well as consider tool cost and tool life to evaluate overall production economics. Which is an end

Face milling cutters are indispensable tools in CNC machining, and their performance directly affects machining efficiency, surface quality, and overall production costs. Different types of face milling cutters—such as carbide face milling cutters, roughing face milling cutters, and finishing face milling cutters—offer distinct advantages in tool life, cutting performance, and machining accuracy. For engineers and