The incoming lines (Supply Side) must be wired to the odd-numbered terminals (1, 3, 5, etc.) of the cam switch, while the outgoing lines (Load Side) connect to the even-numbered terminals (2, 4, 6, etc.).

In metal fabrication, the process of "Bending First, then Upsetting" for small-diameter tubes (small pipes) is a specialized forming sequence typically used to create integrated flanges

Combining a servo motor, large-ratio synchronous pulleys with timing belts, and a heavy-load ball screw creates a high-precision

Using a servo motor with a large-ratio synchronous pulley is a common method to achieve precise motion control, torque multiplication

The working principle of an all-electric end forming machine involves using electric servo motors and computerized controls to precisely shape the ends of tubes or pipe

This method enables efficient, precise, and burr-free forming of tube ends, widely used in automotive, HVAC, and aerospace industries for creating leak-proof joints or functional surface features.

The term “CNC bending machine CLR 1.5D” refers to a computer numerically controlled bending machine capable of producing bends with a center‑line radius (CLR) equal to 1.5 times the outside diameter (D) of the workpiece.

Electrical equipment used in flammable or explosive environments must be explosion‑proof.

Elbows can be classified by manufacturing method into forged elbows (hot or cold forming), stamped elbows, and welded elbows. An elbow is a fitting used to change the direction of a piping system. Bends are commonly found at pipe intersections, turns, and locations where the pipe must pass around beams.

The pipes processed by the pipe bending machine have many characteristics, which are mainly derived from the high precision

The pipe bending machine is an important metal processing equipment, which is widely used in various fields