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Semiconductor Traceability Equipment

Semiconductor Laser Marking Machine

Permanent high-contrast marking for wafers, semiconductor packages, modules, and electronic devices. Built for traceability, code readability, automated production, and reliable device identification.

Semiconductor Laser Marking Machine
Data Matrix Marking Wafer & Package ID Inline Production
Equipment Overview

Permanent Identification for Semiconductor Production

Laser marking helps manufacturers create durable and readable marks on wafers, packages, modules, and components for traceability and production control.

01

Device Traceability

Mark wafers, packages, or devices with Data Matrix codes, QR codes, serial numbers, batch numbers, logos, and custom identification formats.

02

High-Contrast Marking

Laser marking creates clean and readable marks that support inspection, sorting, production tracking, and downstream identification.

03

Production Line Integration

The system can be used in standalone or inline production environments and can support automated loading, code generation, and data communication.

Available Equipment

Available Semiconductor Laser Marking Machines

Explore available equipment for wafer marking, package marking, Data Matrix coding, traceability, and semiconductor production line identification.

Core Value

Why Semiconductor Manufacturers Use Laser Marking

Laser marking supports reliable product identification without labels, ink, or contact-based marking. It is suitable for high-volume semiconductor production where readability and traceability are important.

Product Traceability

Track each wafer, package, module, or device through production, testing, packaging, shipment, and after-sales quality control.

Permanent Identification

Marks remain readable during handling, testing, packaging, and long-term product use.

Automated Production

Supports automatic code generation, machine vision inspection, inline loading, and data communication with production systems.

High-Speed Throughput

Suitable for mass production of semiconductor packages, electronic modules, and precision components.

Marking Objects

What Can Be Marked?

The machine can be configured for different marking objects in semiconductor and electronics manufacturing.

W

Wafer

Wafer ID, batch code, tracking code, and process identification.

P

Package

Package marking for BGA, QFN, QFP, SOP, CSP, and related devices.

M

Module

Laser marking for power modules, sensors, MEMS modules, and assemblies.

F

Final Product

Final identification, production tracking, and shipping traceability.

Supported Devices

Semiconductor Devices Supported

Suitable configurations can be selected according to package material, size, surface finish, and marking requirement.

B

BGA

Q

QFN

Q

QFP

S

SOP

T

TSOP

C

CSP

M

MEMS

P

Power Device

Laser Selection

Laser Technologies Available

Different materials require different laser sources. Choosing the right laser helps improve contrast, reduce thermal effect, and protect device quality.

Laser TechnologyBest ForTypical Use
Fiber LaserMetal surfaces and some package materialsPackage codes, metal components, serial numbers, and durable identification.
UV LaserSensitive materials and fine markingHigh-contrast marking with lower thermal impact on delicate devices.
Green LaserPrecision marking and special materialsFine feature marking where controlled energy absorption is required.
CO₂ LaserPlastic and organic package materialsMarking on suitable plastic package surfaces and non-metal materials.
Production Integration

Typical Production Line Integration

The machine can be integrated into semiconductor packaging and testing workflows to support continuous identification and quality tracking.

1

Wafer Process

2

Marking

3

Inspection

4

Testing

5

Packaging

6

Shipment

Production Improvement

Improve Marking Quality and Traceability Control

Laser marking helps replace unstable manual or label-based identification with durable, automated, and readable marking.

Common Marking Challenges

  • Marks are too light or difficult to read
  • Low contrast affects AOI or code scanning
  • Device surface is sensitive to laser heat
  • Manual coding creates tracking errors
  • Production data is hard to connect with devices

Target Results

  • Permanent and high-contrast marking
  • Better readability for Data Matrix and QR codes
  • Suitable laser source for different materials
  • Automated marking with stable repeatability
  • Improved traceability from production to shipment
Why Choose Us

Equipment Supply Support for Semiconductor Production

We help customers source suitable semiconductor laser marking machines based on package type, marking format, material sensitivity, throughput, and production integration needs.

Our support is focused on practical machine matching, fast availability checking, and one-stop semiconductor equipment sourcing.

https://api.whatsapp.com/send?phone=8613823218491

New and Pre-Owned Options

Flexible supply of available machines, used systems, and refurbished equipment according to your budget.

Package-Based Matching

Recommend suitable configurations according to package material, code type, marking area, and throughput.

Related Equipment Supply

Laser marking can be sourced together with die bonders, wire bonders, plasma cleaners, AOI, and test handlers.

Global Delivery Support

Support for equipment packing, export documentation, and international shipment.

Selection Guide

How to Choose the Right System

The right machine depends on device material, package type, marking content, code size, contrast requirement, cycle time, automation level, and production line integration.

Send us your package type, marking sample, code format, and production capacity. We will help check suitable available equipment.

https://api.whatsapp.com/send?phone=8613823218491
Package TypeBGA, QFN, QFP, SOP, CSP, MEMS, power devices, wafers, and modules may require different laser settings.
Marking ContentData Matrix, QR code, barcode, serial number, batch number, logo, and custom characters should be confirmed.
Material SurfacePlastic, ceramic, metal, silicon, compound materials, and coated surfaces may need different laser sources.
ReadabilityCode contrast, size, depth, and inspection method should match AOI or scanner requirements.
ThroughputCycle time and loading method should match production volume and line speed.
IntegrationInline operation, MES communication, vision alignment, and automatic handling can be considered.
FAQ

Semiconductor Laser Marking Machine FAQ

What is a semiconductor laser marking machine?

It is a marking system used to create permanent identification on wafers, semiconductor packages, modules, and electronic devices.

What marking formats are supported?

Common formats include Data Matrix codes, QR codes, barcodes, serial numbers, batch numbers, logos, and custom characters.

Can the machine mark Data Matrix codes?

Yes. Semiconductor laser marking machines are commonly used for small, high-contrast Data Matrix codes that support traceability.

Can laser marking damage semiconductor devices?

With the correct laser source, power, speed, focus, and process settings, marking can be controlled to reduce thermal impact and protect the device surface.

Which package types can be marked?

Common package types include BGA, QFN, QFP, SOP, TSOP, CSP, MEMS, power devices, wafers, modules, and related semiconductor components.

What is the difference between UV laser and fiber laser?

Fiber laser is often used for metal or durable marking applications, while UV laser is suitable for sensitive materials and fine marking with lower thermal influence.

Can the system support MES integration?

Many systems can support data communication, automatic code generation, vision alignment, and production line integration depending on configuration.

How do I choose a suitable machine?

You should consider package type, material surface, code format, marking contrast, throughput, loading method, automation level, and integration requirements.

Need a Semiconductor Laser Marking Machine?

Send us your package type, marking format, material surface, code size, and production capacity. We will help you check suitable available equipment options.

https://api.whatsapp.com/send?phone=8613823218491

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Details

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