IRON ROOT turning insert series stainless steel parts quenched durable turning inserts
The turning insert series, through its systematic design encompassing "multi-scenario adaptation, precise performance optimization, cost reduction and efficiency improvement, and compatibility with smart production," has become a core support for CNC turning. Its core advantages can be summarized in four key areas:
Full-scenario coverage: Models are segmented by machining stage (roughing/semi-finishing/finishing), workpiece material (steel/stainless steel/titanium alloy, etc.), and machining mode (external cylindrical/internal hole/parting off), avoiding a one-size-fits-all approach and providing precise matching to diverse needs. For example, high-impact inserts for rough turning provide rapid material removal, while high-finish inserts for fine turning ensure precision.
Targeted performance optimization: Differentiated designs encompassing material (carbide/cermet/CBN), coating (TiAlN/AlCrN/DLC), and geometry (anti-sticking/easy chip breaking) address machining pain points. For example, DLC coatings prevent sticking on non-ferrous metals, while CBN inserts enable "turning instead of grinding" for high-hardness materials, significantly improving cutting stability and insert life (typically extending 2-5 times).
Significant cost reduction and efficiency improvement: Standardized interfaces (such as ISO universal models) reduce toolholder inventory and tool change time (increasing tool change efficiency by over 50%); a long-life design reduces insert replacement frequency; and stable performance reduces scrap rates (from 5% to 1%), ultimately reducing processing costs.
Compatible with intelligent production: Features include tight dimensional tolerances (±0.01mm level) and are compatible with automated tool changes. Some products include traceability and wear monitoring features, and can be integrated with CNC systems and quality control platforms, meeting the flexible production requirements of Industry 4.0.
Full range of CNc tools
One stop shopping
Stainless steel, heat-resistant alloy finishing groove, the bladetip with its own rake angle, makes cutting light and chip curlingeasier, the variable cross-section groove design, can achievegood chip breaking at a small cutting depth, the blade strengthis good at a large cutting depth, and the blade tip can beprotected when removing black skin.
Groove Introduction
GD groove type
The rake face adopts a combinadon af small flatedge and large rake angle to ensune the stengthind sharpness of the cutting edoe. The large edgeincinaton deson af the tp reduces the cuttingresistance. The wny side deskgn has gcod chlpbreaking ablity during the lifmg processing of tewall, especlalky when p*erforming profilimg andoter processing with dierent outting depths,
GF groove type
The first recommended chipbreaker for light cuttingof carbon steel and alloy steel. The light cuttingrange provides stable chip handling. The curvedcutting edge allows for smooth chip discharge.
PMB groove type
The variable-section groove and unique bladeinclination angle and edge line structure canperfectty control the flow of iron chips. The "ribs" onthe chip breaker are designed through chipsimulation control to achieve a wide cutting depthrange of0.5~3.5mm.The excellent blade structuredesign can realize universal processing of the threemajor types of materials: P, M, and K.
Turning inserts
Reinforced cutting edge specifically designed for cast iron cutting;
Large chip flute;
Thick CVD coating doubles tool life.
Quenching series
Full range of coverage, including turningmilling, threading, u drilling
High-temperature alloy tuming
Metal, ceramic blades
Metal-ceramic composite material, with a hardnessapproaching diamond,easily handles high-wear processing.
No deformation at high temperatures, no loss of efficiencyduring continuous cutting, improving efficiency by over 30%.
The blade maintains a long-lasting sharpness, with a surfacefinish of Ra < 0.2um, eliminating the need for secondarypolishing.
Even without a coating, it's durable, eliminating rust andextending its lifespan by 50%.
