About Profile Bending Machine

For Bending Machine, we have the option of using 1-way or 2-way bending machines, each suited to different applications and capable of producing various frame shapes. Below, we outline the key differences between these two types of machines to help you understand their unique features and capabilities.   1-way Bending Machine: Single Moving Head: The machine is equipped with only one moving head, which restricts the bending direction to one side. Directional Limitation: Since the head can only move towards one direction, it is primarily used for creating inward-angled shapes. PLC Touch Screen Control: The machine is controlled via a PLC (Programmable Logic Controller) touch screen, which provides a user-friendly interface for operators to input and adjust settings. Shape Capabilities: The 1-way bending machine is ideal for producing simple, inward-angled shapes such as circles, rectangles, ovals, triangles, and capsule shapes.   2-way Bending Machine: Two Moving Heads: The machine features two moving heads, allowing it to bend in two directions. This dual-direction capability enables more complex bending operations. Bidirectional Movement: Unlike the 1-way machine, the 2-way bending machine can move forward in two directions, making it possible to create both inward and outward angles. Computer & CNC Control: The machine is equipped with a computer and CNC (Computer Numerical Control) system, which provides advanced control over the bending process. More designs: Operators can input custom designs and achieve high precision in shaping materials. Expanded Shape Capabilities: In addition to the basic shapes produced by the 1-way machine, the 2-way bending machine can create more complex shapes, including hearts, stars, crosses, and various irregular shapes.  irregular shape etc.   comparing these two types of bending machines, it's clear that the 1-way bending machine is best suited for simpler, more straightforward tasks, while the 2-way bending machine offers greater flexibility and the ability to create more intricate designs. Depending on your specific needs and the complexity of the shapes you want to produce, either machine could be the right choice for your manufacturing process.

When choosing a profile for making a frame mirror, it's important to consider the specific requirements of your project. The market offers a wide variety of profiles, each suited to different applications. The type of profile you select will depend on whether you're using a bending machine or a cutting machine, as well as the desired shape of the frame.   Selecting Profiles for Bending Machines: If you're using a bending machine to create your mirror frame, you'll want to choose profiles that are flat and free of irregular shapes. These profiles are easier to bend and maintain their form during the process. For example: Profile AA: This profile is an excellent choice for bending because it’s flat and simple, allowing for smooth, consistent bends. Profile FF: Also an option for bending, offering a balance between flexibility and stability. Profile GG: While this profile can be bent, it’s not ideal because it may experience slight rotation after bending, which can affect the final shape. Profile width （W） = finished mirror thickness.   Selecting Profiles for Cutting Saw: For profiles that require right-angle frames rather than rounded angles, a cutting saw is more appropriate. These machines are better suited for profiles with more complex or irregular shapes. For example: Profiles CC, DD, and EE: These profiles should be used with a cutting machine to achieve precise right-angle frames. They are not recommended for bending, as their shapes are more complex and may not maintain their form well when bent.