Escrito: Watch a dynamic demonstration of the ERW38 High Precision Tube Mill in action. This video showcases how this heavy-duty machine efficiently manufactures round, square, and rectangular pipes from 12mm to 38mm. You'll see the complete process from forming and high-frequency welding to precise cold saw cutting, highlighting its PLC control and high-speed operation up to 120m/min.
Características De Productos Relacionados:
Manufactures round, square, and rectangular pipes with diameters from 12mm to 38mm and wall thicknesses from 0.5mm to 3mm.
Features high-frequency welding and cold saw cutting for clean, burr-free tube ends with high precision.
Operates at high line speeds up to 120 meters per minute for efficient production.
Utilizes PLC control and a worm gear adjustment system for precise, energy-efficient operation.
Incorporates a 3D adjustable scraping system with ±20° rotation for superior forming accuracy.
Designed with a Turkish head push square system for stable forming and uniform R angles on square and rectangular pipes.
Utiliza bloques de amortiguación de nylon para reducir el impacto en los ejes y cojinetes, lo que mejora la longevidad de la máquina.
Certificado CE e ISO9001:2008, lo que garantiza estándares internacionales de calidad y seguridad.
Las preguntas:
¿Qué tipos y tamaños de tuberías puede producir esta fábrica de tubos?
Esta perfiladora de tubos de precisión produce tubos redondos de 12 mm a 38 mm de diámetro, tubos cuadrados de 10x10 mm a 30x30 mm y tubos rectangulares de 10x20 mm a 20x40 mm, con espesores de pared que varían de 0,5 mm a 3 mm.
What welding and cutting methods are used in this machine?
The machine uses high-frequency welding for strong, consistent seams and cold saw cutting to achieve clean, burr-free cuts with an accuracy of ±2mm per 6m length.
What are the key features that ensure high precision in pipe manufacturing?
Key precision features include a worm gear adjustment system, a 3D adjustable scraping system, a Turkish head push square system for uniform R angles, and tight tolerances for frame alignment and pipe dimensions, all controlled via PLC for consistent quality.