EN
Air conditioning cools you down during the sweltering summer, and refrigerators freeze the freshness of food—behind these comfortable experiences lie countless condenser tubes thinner than chopsticks. With a diameter of only 2-6mm and a wall thickness as thin as 0.3mm, these tubes, like "capillaries," are distributed throughout the core of the cooling system, responsible for the crucial task of heat exchange.But don't underestimate this thin tube: bending it into complex shapes like snakes and U-shapes, without wrinkling, cracking, or flattening it, is as difficult as "embroidering on a hair." The thin tube bending machine, specifically designed for air conditioner and refrigerator condenser coils, is the expert at handling this delicate task, directly determining the cooling efficiency, noise level, and lifespan of the refrigeration equipment.
Precision bending of thin tubes for heating and cooling – Core features of a thin tube bending machine specifically designed for air conditioner/refrigerator condenser coils
Specifically designed for air conditioner and refrigerator condenser tubes, it is adapted to the processing characteristics of thin-walled tubes. With its core advantages of high precision, zero damage, high efficiency, and high adaptability, it perfectly matches the needs of condenser tubes with multiple shapes and mass production.
Precision control: Millimeter-level accuracy, flawless replica of the design.
Equipped with a servo drive and intelligent control system, it achieves precise control in both feeding and bending dimensions with minimal error. It can accurately replicate complex shapes such as serpentine and U-shaped forms, and digital parameter settings ensure highly consistent dimensions in batch processing.
Damage prevention process: Exclusive design for thin-walled tubes, zero defects when bending.
Equipped with anti-wrinkle molds, flexible mandrels, and adaptive clamping molds, the tube wall is protected from the outside in, preventing compression and damage during bending. The tube maintains excellent roundness and wall thickness, and the progressive process adapts to different materials, effectively avoiding stress deformation and reducing scrap rates.
Production efficiency: Fully automated processing, suitable for large-scale mass production.
It integrates fully automated processing, supports simultaneous production from multiple pipelines, and significantly increases capacity compared to traditional methods. It can store multiple programs, allowing for one-click parameter recall during model changes. Digital simulation processing enables early problem prediction and reduces trial-and-error costs.
Full-dimensional adaptation: compatible with multiple scenarios, easy to operate and use
It can handle commonly used refrigeration tubing such as copper and aluminum, and its bending curvature and shape can be flexibly adjusted to accommodate various condenser tube processing. Its compact design saves space, and its touchscreen operation is user-friendly. Built-in fault monitoring ensures continuous production.