- OEM & Wholesale
- Exhibition
- Certificado
- Detalles de producto
OEM & Custom Options for Annular Slugger Cutter Bits
- Custom logo marking
- Different shanks choosing
- Custom packaging for wholesale supply
Juego de brocas para cortar orificios anulares magnéticos TCT Slugger Bit con vástago Weldon y punta de carburo de tungsteno
- La broca de golpe de corte anular cuenta con una geometría de corte mejorada, acero de alta calidad y mano de obra.
- Tiene múltiples filos de corte que crean agujeros precisos, sin rebabas y de alta calidad.
- Corte agujeros en acero de forma rápida, precisa y segura.
- Puede cortar agujeros en acero hasta 10 veces más rápido que las brocas helicoidales estándar.
- Para un corte suave y fácil de casi todos los tipos de acero, incluidos materiales que son extremadamente difíciles de cortar, como acero inoxidable, titanio, acero templado y acero para rieles.
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Descripción del producto
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Más opciones para ti: Hogar > Bits de bateador
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nombre del producto
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Broca de núcleo magnético TCT con vástago Weldon y punta de carburo de tungsteno para perforación de madera metálica
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Material
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Material de la punta: Punta de carburo de tungsteno Material del cuerpo: acero 45#.
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Proceso
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Tierra de la máquina CNC
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Caña
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Vástago Weldon
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Acabado de la superficie
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Arenado
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Paquete
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Una pieza en un tubo de plástico
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Rasgo
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1. Los dientes de carburo de primera calidad garantizan una larga vida útil, un corte agresivo y un rendimiento de corte superior. 2. Realice agujeros superpuestos, ranurados y cortes de borde en varios metales con precisión, rapidez y seguridad.
3. Usar refrigerante o lubricante para obtener mejores resultados de corte.
4. Posicionamiento especial de los dientes para un avance suave.
5. Ideal para perforar materiales duros: acero templado, acero inoxidable, riel. Incluyendo metal con óxido, pintura/recubrimientos y corrosión.
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Tamaño del producto
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Diámetro
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Caña
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Profundidad de corte
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12 mm-60 mm
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19,05 mm
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25 mm
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50 mm
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75 mm
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100 mm
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61 mm-100 mm
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31,75 mm
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1/2″ – 2 1/3″
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3/4″
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1″
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2″
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3″
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4″
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2 1/3″ – 4″
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1 1/4″
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Frequently Asked Questions
Q: What is an Annular Cutter?
A: An annular cutter is a specialized hollow cutting tool designed to produce large, precise holes in metal. Instead of removing all material like a twist drill, it cuts only the perimeter of the hole, leaving a solid core. This design improves cutting efficiency, reduces required power, and delivers cleaner hole quality.
Q: How to Clean Out a Magnetic Drill Bit?
A: To clean an annular cutter used in a magnetic drill, remove metal chips and debris after each use. Use compressed air, a soft brush, or coolant flushing to clear the cutting edges and internal cavity. Proper cleaning prevents clogging, maintains cutting performance, and extends tool life.
Q: Can you Use an Annular Cutter in Drill Press?
A: Yes, annular cutters can be used in a drill press if the machine provides sufficient rigidity, low-speed operation, and proper arbor compatibility. However, they are most commonly used with magnetic drilling machines, which offer better stability and precision when drilling large holes in metal.
Q: How Long do Annular Cutters Last?
A: The lifespan of annular cutters depends on factors such as material hardness, cutting speed, coolant use, and tool quality. High-quality cutters can produce numerous holes before requiring sharpening or replacement. Proper lubrication and correct operating parameters significantly improve durability.
Q: What are the Different Types of Annular Cutters?
A: Annular cutters are available in various designs, including high-speed steel (HSS), carbide-tipped, and coated versions for specific materials and performance requirements. Some are optimized for shallow cuts, while others are designed for deep-hole drilling or heavy-duty industrial applications.
Q: What is the Purpose of an Annular Cutter?
A: The primary purpose of an annular cutter is to create accurate, large-diameter holes in metal with minimal energy consumption and improved surface finish. They are widely used in structural steel fabrication, shipbuilding, bridge construction, and industrial manufacturing where precision and efficiency are essential.