Visual CDD Automatic Screw Fastening Machine with Panasonic Servo Motor

Visual CDD Automatic Screw Fastening Machine with Panasonic Servo Motor

Introduction

This advanced screw-locking machine integrates CCD positioning technology and is Windows-compatible, offering a visual guide through the entire screw-fastening process. Equipped with the HIWIN P-Class KK slide module and powered by a Panasonic servo motor, it features a customized nail feeder that prevents nail jams. A laser positioning sensor ensures accurate detection of the locking height. The machine also includes a servo intelligent electric screwdriver for precise screwing, and a high-performance motion control card ensures seamless coordination of all movements.

Application

This automatic screw-locking machine, utilizing CCD technology, is extensively applied in securing casings for a wide range of products, including smartphones, power adapters, PCB electronics, batteries, small household appliances, Wi-Fi routers, power supplies, toy wheels, automotive parts, and various other small electronic devices.

Main components

Feeding System: The automatic feeding device guarantees a continuous supply of screws, minimizing downtime.

Drive System: It features either an electric or pneumatic drive, offering consistent torque and speed.

Control System: Operated via PLC or touch screen for user-friendly control and monitoring.

Application areas

Electronics Manufacturing: Swift screw tightening during circuit board assembly is crucial for reliable connections.

Automotive Industry: Fastening screws on body parts and interior components enhances assembly efficiency.

Home Appliance Production: This technology boosts automation in the production of washing machines, refrigerators, and other home appliances.

Advantages

Improve efficiency: significantly increase production speed and reduce production cycle.
Reduce labor costs: Reduce dependence on labor and reduce worker fatigue.
Improve consistency: Ensure consistent tightening quality for each screw, reducing errors caused by human factors.

Specfication