Product Features

The fuselage adopts an “O”-shaped (closed-loop) structure.	The power output employs a high-power hollow-shaft servo direct drive motor.	The entire fuselage has undergone high-temperature tempering in an electric furnace.
Panasonic Motor (RTEX bus model)	Secondary positioning device	The fuselage is equipped with a mold storage cabinet.

Equipment Introduction

How it works

1. Import the CAD sheet metal drawing into the CNC system, and it will automatically generate the machining program.

2. The X/Y axis servo drives the worktable, accurately moving the sheet material;

3. The turret (T-axis) rotates to automatically bring out the required mold; with a C-axis rotation station, the mold can rotate to any angle;

4. Fully electric servo main drive controls the punch, precisely managing the punch stroke, impact speed, and stamping depth to complete the stamping.

5. A flat plate can continuously undergo various hole types and forming processes without removing the clamps.

Processable technology

1. Punching: round holes, square holes, slotted holes, rectangular holes, special-shaped small holes, dense perforations, ventilation holes, installation holes; punching multi-hole plates is much more efficient than laser cutting.

2. Sheet forming (unique advantage of tower punching)

- Louver vents, flanges, bulges, ribs, reinforcement ribs

- Countersinks, embossing, character marking, tear tab (lance), bridge-shaped protrusions

Step punching: Use a small mold to continuously punch, cutting simple outer contours and corners; complex contours are usually left to a laser cutting machine.