lead screws
Противоотталкивание совпадение двойных орехов шаровые винты 10 мм ≈ 1000 мм точность резьбы обработки
Our factory specializes in manufacturing high-precision double-nut lead screws (double-nut anti-backlash trapezoidal lead screws). They are core components for precision mechanical transmission, fine-tuning feeding and accurate lifting equipment. Adopting a double-nut opposing preload anti-backlash structure, they thoroughly eliminate defects of ordinary single-nut lead screws after long-term operation, such as backlash, loosening, positioning offset and lost motion error.
Высокоточные трапециозные винты с нитями из нержавеющей стали
Our factory specializes in manufacturing high-precision trapezoidal lead screws. As core matching transmission parts for heavy-load drive, lifting jacking and precision fine-tuning of mechanical equipment, they work with trapezoidal nuts to steadily convert rotary motion into linear reciprocating motion. – Precise displacement control: In mechanical devices, it is often used to accurately convert rotational motion into linear motion, and can accurately control the position
Нержавеющая сталь трапецированные винты высокой точности тонкая настройка механического оборудования
Our factory specializes in manufacturing high-precision trapezoidal lead screws. As core matching transmission parts for heavy-load drive, lifting jacking and precision fine-tuning of mechanical equipment, they work with trapezoidal nuts to steadily convert rotary motion into linear reciprocating motion. – Precise displacement control: In mechanical devices, it is often used to accurately convert rotational motion into linear motion, and can accurately control the position
Стабильная опора, трапециевидные ходовые винты 10–26 м, 24 мм, 25 мм, 28 мм
Our factory specializes in manufacturing high-precision trapezoidal lead screws. As core matching transmission parts for heavy-load drive, lifting jacking and precision fine-tuning of mechanical equipment, they work with trapezoidal nuts to steadily convert rotary motion into linear reciprocating motion. – Precise displacement control: In mechanical devices, it is often used to accurately convert rotational motion into linear motion, and can accurately control the position
