High Precision Electromagnetic Dot Peen Marking Machine

Adjustable Marking Depth

High precision electromagnetic dot peen marking machine with integrated controller, adjustable depth, and touchscreen operation for automotive parts traceability.

12-Month Warranty

12-Month Warranty

The complete machine is covered by a 12-month warranty, with professional technical support and long-term maintenance service.

Fast Response Service

Fast Response Service

We provide efficient after-sales support, remote diagnosis, and technical assistance to ensure continuous operation.

Installation & Commissioning

Installation & Commissioning

Our engineers provide equipment installation, commissioning, and operator training to help customers start production smoothly.

Product Description

High Precision Marking for Automotive Manufacturing

The GFDZYB110030NPA electromagnetic dot peen marking machine is designed for high-precision permanent marking on automotive components and industrial parts. With an integrated marking head and controller structure, it provides stable performance, easy operation, and adjustable marking depth for production line applications.

Product Features

Highly Integrated Design

The marking head and controller are integrated into one compact unit, reducing wiring complexity and improving system stability and reliability.

Easy Operation

Equipped with an intuitive software interface and touch screen control, the machine allows operators to complete marking tasks easily without an external keyboard.

Adjustable Marking Depth

Featuring a powerful electromagnetic marking pin, the machine delivers deep and clear marks with adjustable impact force to meet different material requirements.

High Precision Marking

Designed for automotive production environments, it ensures accurate and consistent marking results for VIN codes, serial numbers, QR codes, and traceability information.

Applicable Industries

Powertrain Powertrain
Body-in-White Body-in-White
Transmission Transmission
Chassis System Chassis System
0.039787s