We deliver high-quality, reliable carbide cutting tools, inserts and tooling systems with global-standard manufacturing.
View Products Contact UsISO9001 certified, strict quality control on every batch, ensuring consistent performance.
Factory-direct pricing with transparent cost structure, delivering the best value.
Professional engineers provide machining solutions and application guidance.
Custom grades, coatings and dimensions tailored to your specific applications.
Efficient shipping to 30+ countries with reliable delivery schedules.
Responsive customer service and after-sales support in your time zone.
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High-performance tungsten carbide cutting tools, wear-resistant parts and tooling accessories for metalworking, mining and general industrial applications. We provide standard items as well as custom carbide solutions tailored to your drawings.
Complete production line machinery for tungsten carbide manufacturing plants. Our portfolio covers powder preparation, pressing, sintering, grinding, coating and cleaning machines. Standalone equipment and turnkey plant solutions are available.
High-quality tungsten carbide rods, blanks and wear-resistant parts for tool manufacturing and industrial applications. Custom dimensions and grades available on request.
View MaterialsCNC lathes, machining centers, grinding machines and smart tool management systems supporting efficient carbide tool production, inspection and workshop management.
View MachinesComplete powder metallurgy production lines for tungsten carbide plants — ball mills, spray dryers, sintering furnaces, presses, insert grinding and coating machines. Standalone equipment and turnkey solutions available.
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Advanced Manufacturing & Strict Quality Control
We own a complete manufacturing base for tungsten carbide production, covering powder processing, pressing, sintering, grinding and inspection. Equipped with advanced production & testing equipment, we control every production procedure from raw WC powder to finished carbide components.
Our in-house QC laboratory performs strict batch testing to guarantee consistent dimensional accuracy and material performance. We support both mass production and custom OEM / ODM orders for global partners.
Carbide cutting tool solutions for your specific industry and application.
Carbide inserts and tooling for engine, transmission, brake and chassis component machining in high-volume automotive production.
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High-precision carbide components and tooling for aerospace engine parts, defense-related precision machining and demanding metal-cutting applications requiring excellent hardness, wear resistance and dimensional stability.
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High-hardness carbide mold inserts, punches and dies for precision stamping, molding and powder compressing applications.
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Custom cemented carbide wear parts and drill components used in oilfield exploration, well drilling and pipeline servicing.
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Carbide wear tips and cutting components for mining, tunneling and construction machinery, delivering superior wear and impact resistance under harsh working conditions.
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Precision cemented carbide parts for medical instruments, surgical tools, dental components and high-precision industrial applications, combining high hardness, good wear resistance and strict dimensional control.
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Heavy-duty carbide cutting teeth for road milling machines, agricultural harvesting and soil tillage equipment.
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Carbide turning, milling and drilling tools for small-batch, prototype and contract manufacturing across general engineering workshops.
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PCD and carbide-tipped tooling for profiling, sawing and shaping wood, engineered panels and natural stone.
View DetailsTechnical articles, product updates, and industry insights from PUTE's engineering team.
Choosing the right carbide grade is critical for tool life and surface finish. Learn how PUTE grades match ISO workpiece groups and cutting conditions to maximize turning productivity.
Polycrystalline diamond (PCD) vs tungsten carbide — which tool material suits your application? Compare wear resistance, cost and edge quality to choose the right PUTE tooling.
PUTE has released a new cermet insert series engineered for high-speed finishing of carbon and alloy steels. The range covers the most common turning geometries and is available for immediate sampling.
Cermet inserts deliver better surface finish and wear resistance than carbide on steel finishing operations, but fail quickly under interrupted cuts or heavy loads. This guide compares the two materials directly and gives the conditions under which each is the correct choice.
Stainless steel ruins cutting edges through three linked mechanisms — work hardening, built-up edge and concentrated heat. This guide explains each one and gives the specific grade, coating, geometry, coolant and parameter changes that reliably extend tool life.
The ISO 513 system groups every machined material into six colour-coded families by the wear mechanism it induces on the cutting edge — not by metallurgy. Understanding what each group does to an insert is the fastest route to correct grade, coating and geometry selection.
Verify at www.cqc.com.cn / www.cnca.gov.cn
