Suporte à fabricação para o setor metalúrgico
As pastilhas para torneamento CNC são amplamente utilizadas para torneamento externo, faceamento, perfilagem e operações gerais de usinagem em tornos CNC.
Nossa linha de produtos inclui pastilhas de metal duro para torneamento, como CNMG, DNMG, TNMG, VNMG, WNMG, SNMG e CCMT, para diversas necessidades de usinagem.
Nossas pastilhas são fabricadas com matérias-primas de carboneto de tungstênio de alta qualidade e tecnologia avançada de metalurgia do pó, a fim de garantir desempenho consistente e resistência ao desgaste.
Estão disponíveis diferentes geometrias de quebra-cavacos e opções de revestimento, incluindo revestimentos PVD e CVD, para atender às aplicações de desbaste, semi-acabamento e acabamento.
Adequadas para aço, aço inoxidável, ferro fundido e materiais não ferrosos, nossas pastilhas de torneamento são amplamente utilizadas nos setores automotivo, de maquinário, de fabricação de moldes e de usinagem de metais em geral.
Também estão disponíveis soluções de ferramentas OEM e personalizadas, de acordo com as necessidades do cliente.
Exibindo os resultados de 37–48 de 71
MGMN300-M carbide grooving insert is designed for grooving, parting-off and profiling operations. The M chipbreaker provides stable chip control and reliable cutting performance, helping to improve machining efficiency and surface quality. Available in different carbide grades and coating options to meet various machining requirements. Suitable for steel, stainless steel, cast iron and non-ferrous materials machining.
MGMN400-M carbide grooving insert is designed for grooving, parting-off and profiling operations. The M chipbreaker provides stable chip control and reliable cutting performance, helping to improve machining efficiency and surface quality. Available in different carbide grades and coating options to meet various machining requirements. Suitable for steel, stainless steel, cast iron and non-ferrous materials machining.
A pastilha de metal duro para ranhura MGMN500-M foi projetada para operações de ranhura, corte transversal e perfilagem. O quebra-cavacos M proporciona um controle estável das cavacos e um desempenho de corte confiável, ajudando a melhorar a eficiência da usinagem e a qualidade da superfície. Disponível em diferentes classes de metal duro e opções de revestimento para atender a diversos requisitos de usinagem. Adequado para a usinagem de aço, aço inoxidável, ferro fundido e materiais não ferrosos.
SNMG120408-PM carbide turning insert is designed for semi-finishing and general turning operations. The PM chipbreaker provides stable chip control, smooth cutting performance and reliable tool life across a wide range of machining conditions. With its square shape and strong cutting edge, SNMG inserts are ideal for roughing, semi-finishing and heavy-duty machining applications. Available in different…
SNMG120412-MF carbide turning insert is designed for finishing and precision turning operations. The MF chipbreaker provides low cutting forces, excellent chip control and superior surface finish in precision machining applications. With its square shape and strong cutting edge, SNMG inserts offer stable cutting performance and reliable tool life. Available in different carbide grades and coating…
SNMG150612-TC carbide turning insert is designed for roughing and heavy-duty turning operations. The TC chipbreaker provides excellent chip control, high edge strength and reliable performance under demanding machining conditions. With its square shape and robust cutting edge, SNMG inserts are ideal for heavy-duty machining and continuous cutting applications. Available in different carbide grades and coating…
SNMG150612-TM carbide turning insert is designed for roughing and semi-finishing operations. The TM chipbreaker provides effective chip control, strong cutting edge strength and stable machining performance under demanding cutting conditions. With its square shape and robust cutting edge, SNMG inserts are ideal for heavy-duty turning and continuous machining applications. Available in different carbide grades and…
TNMG160404-CQ carbide turning insert is designed for general turning and semi-finishing operations. The CQ chipbreaker provides stable chip control and reliable cutting performance across a wide range of machining conditions. With its triangular shape and strong cutting edge, TNMG inserts are ideal for roughing, semi-finishing and heavy-duty machining applications. Available in different carbide grades and…
TNMG160404-PM carbide turning insert is designed for semi-finishing and general turning operations. The PM chipbreaker provides stable chip control, smooth cutting performance and reliable tool life across a wide range of machining conditions. With its triangular shape and strong cutting edge, TNMG inserts are ideal for roughing, semi-finishing and heavy-duty machining applications. Available in different…
TNMG160404-S carbide turning insert is designed for roughing, semi-finishing and general turning operations. The S chipbreaker provides stable chip control and strong cutting edge strength, ensuring reliable performance in a wide range of machining conditions. With its triangular shape and robust cutting edge, TNMG inserts are ideal for heavy-duty machining and continuous cutting applications. Available…
TNMG160404-STM carbide turning insert is designed for general turning and semi-finishing operations. The STM chipbreaker provides stable chip control and reliable cutting performance across a wide range of machining conditions. With its triangular shape and strong cutting edge, TNMG inserts are ideal for roughing, semi-finishing and heavy-duty machining applications. Available in different carbide grades and…
TNMG160408-CQ carbide turning insert is designed for general turning and semi-finishing operations. The CQ chipbreaker provides stable chip control and reliable cutting performance across a wide range of machining conditions. With its triangular shape and strong cutting edge, TNMG inserts are ideal for roughing, semi-finishing and heavy-duty machining applications. Available in different carbide grades and…