A hand held laser engraver for metal is designed for applications where the workpiece is too large, heavy, or difficult to move to a conventional desktop laser marking machine.This portable fiber laser engraver combines a compact handheld design with a 1064nm fiber laser source, high-speed galvanometer scanning, optional workbench and battery-powered operation. It allows operators to bring the laser directly to the workpiece and mark metal surfaces on site.

Available in 20W, 30W, and 50W configurations, this machine can handle a wide range of industrial metal marking and engraving applications, including steel structures, pipes, machinery components, automotive parts, tools, metal tags, and other large metal workpieces.

Handheld laser engraver for metal

Why Choose This Hand Held Laser Engraver for Metal?

Traditional desktop laser marking machines work well when the workpiece is small enough to place on a fixed worktable.However, many industrial products are much larger.A steel structure, large pipe, heavy machinery component, or fabricated metal frame may be difficult or expensive to move to a marking station simply for a serial number or identification code.This is where a hand held laser engraver for metal becomes particularly useful.

Instead of moving the workpiece to the machine, the operator can simply bring the portable laser marker to the workpiece.This machine has the following advantages, which is why it was chosen.

1.Compact and Lightweight Design

After two years of research and development, ZS Machinery has successfully reduced the size and weight of its handheld fiber laser marking machine to a new level.The total equipment weight is approximately:

• Plug-in version: 4.5–6 kg
• Battery version: 5.5–7 kg

The lightweight construction makes it easier for operators to carry the machine around a workshop or move between different workpieces.This is one of the key advantages of a hand held laser engraver for metal compared with traditional fixed laser marking systems.The image below shows the approximate dimensions of the machine’s various components.

Handheld fiber laser engraving machine demonstration

Note:The leftmost image shows the optional worktable size; this worktable is not required for handheld use.

2.Optional Mini Worktable for Desktop Operation

Although this machine is designed as a hand held laser engraver for metal, it can also be converted into a compact desktop laser marking machine.A small worktable can be purchased as an optional accessory. The conversion is simple and does not require replacing the main laser system.

Once the worktable is installed, the machine can be used in a fixed position for smaller metal parts, tags, nameplates, tools, and other workpieces that are convenient to place on a table.This gives users two working modes in one system:

• Handheld mode for large or difficult-to-move workpieces
• Desktop mode for small and repetitive metal marking

The flexible design allows users to start with a portable handheld system and add the worktable later if their applications change.This is especially useful for workshops that need to handle both large industrial components and small metal parts without purchasing two separate laser marking machines.

Customized worktable for handheld fiber laser engraving machine

3.20W / 30W / 50W Fiber Laser Options

The machine is available in 20W, 30W, and 50W fiber laser configurations, allowing users to choose the right power according to their marking requirements, production volume, and desired engraving depth.

The 20W version is a practical choice for everyday metal marking, including serial numbers, logos, QR codes, product identification, part numbers, dates, and other general surface marking applications. It offers a compact and cost-effective solution for workshops and businesses that mainly need routine metal marking.

The 30W version provides higher processing efficiency and is suitable for customers who need faster marking, higher production output, or more frequent engraving. It offers a good balance between portability, performance, and cost.

The 50W version is designed for more demanding applications where higher processing efficiency and stronger material removal are required. It is particularly suitable for deeper engraving, heavy-duty industrial marking, higher production volumes, and larger metal components.

4.1064nm Fiber Laser for Metal Marking

This hand held laser engraver uses a 1064nm fiber laser source, which is widely used for industrial metal marking and engraving.The wavelength is well suited to common industrial metals, including:

• Stainless steel
• Carbon steel
• Mild steel
• Aluminum
• Brass
• Copper
• Titanium
• Iron
• Other metal alloys

The machine can create permanent marks without the need for traditional inks, labels, or mechanical engraving tools.Depending on the material and laser configuration, it can be used for both surface marking and deeper engraving.

5.High-Speed Galvanometer Scanning System

ZS Machinery’s new portable laser engraver  uses a high-precision dual galvanometer scanning system for fast laser beam movement.The maximum marking speed can reach up to 7000 mm/s, depending on the material, marking content, and processing parameters.High-speed scanning is particularly useful when marking:

• Serial numbers
• Barcodes
• QR codes
• Short text
• Logos
• Repeated identification marks

The actual processing speed depends on the material, graphic complexity, laser power, and marking parameters.

6.Flexible Marking Areas

Different marking field options are available:

• 100 × 100 mm
• 150 × 150 mm
• 175 × 175 mm

A smaller marking field provides a more concentrated laser spot and is suitable for smaller, more detailed marking.A larger field allows the operator to process larger designs without repositioning the machine as frequently.

The appropriate marking area can therefore be selected according to the size and type of workpiece.

6.Red Light Positioning and Focusing

The machine is equipped with red light positioning and focusing functions to help operators quickly locate the marking position.Before marking, the operator can position the laser on the desired area and adjust the focus.This is particularly useful for irregular or large metal workpieces where precise positioning is required.For on-site industrial applications, simple positioning and focusing can significantly improve the operating experience.

7.Battery-Powered Portable Version

One of the most distinctive features of this machine is the optional battery-powered configuration.The battery version uses a 222Wh / 10Ah battery system, allowing the equipment to be used in locations where connecting directly to a power outlet is inconvenient.

This makes the machine particularly useful for:

• Outdoor work
• Construction sites
• Large workshops
• Steel structures
• Pipeline projects
• Large machinery
• On-site equipment identification

The battery-powered configuration provides greater flexibility when the workpiece cannot easily be moved to a conventional marking workstation.

A plug-in version is also available for customers who primarily work in factories or workshops with convenient access to AC power.

Machine details

What Can You Mark with This Machine?

The machine is designed primarily for metal marking and engraving.Common applications include:

Steel Structures

Mark:

• Component numbers
• Project codes
• Installation information
• Serial numbers
• QR codes

This is particularly useful when large steel components cannot be moved to a desktop marking machine.

Metal Pipes

Mark:

• Pipe numbers
• Batch information
• Specifications
• Production codes
• Traceability information

The portable design makes it easier to mark large pipes directly at the production or storage location.

Machinery Components

Industrial manufacturers can mark:

• Serial numbers
• Model numbers
• Logos
• Manufacturing dates
• Traceability codes

Permanent laser marking helps improve product identification and production management.

Automotive Parts

The machine can be used for marking:

• Engine components
• Metal brackets
• Tools
• Mechanical parts
• Identification codes

Metal Tags and Nameplates

It can mark:

• Company logos
• Product names
• Serial numbers
• QR codes
• Barcodes
• Model numbers

The operator can position the handheld laser directly over the metal tag and complete the marking process.

QR Codes and Barcode Marking

The integrated control system supports several commonly used barcode formats, including:

• CODE39
• CODE128
• CODE126
• QR Code

This makes the machine suitable for industrial traceability applications.Manufacturers can combine text, numbers, logos, and machine-readable codes in the same marking process.For example:

Product Model + Serial Number + QR Code

can be marked on the same metal component.

Supports Text, Graphics and Vector Files

The machine supports both text and graphic marking.Compatible file formats include:

• BMP
• DXF
• HPGL
• JPEG
• PLT

It supports standard fonts, including:

• English
• Numbers
• Simplified Chinese
• Traditional Chinese

This allows manufacturers to create customized markings according to their product identification requirements.

Machine details

FAQs

Can this hand held laser engraver mark stainless steel?

Yes. The 1064nm fiber laser configuration is suitable for stainless steel marking and engraving. The appropriate laser power and parameters depend on the required marking depth and production speed.

Can it engrave steel deeply?

Yes. Deeper engraving is possible with appropriate laser power and multiple processing passes. The 50W version is generally more suitable when higher material removal and processing efficiency are required.

What is the difference between the 20W, 30W, and 50W versions?

The main difference is processing power and efficiency. 20W is suitable for general marking, 30W provides a higher processing speed, while 50W is better suited to demanding engraving and higher production volumes.

Can it mark large steel structures?

Yes. This is one of the main applications of the handheld design. Instead of moving the large steel structure to a marking machine, the operator can bring the laser directly to the workpiece.

Does the machine require a power outlet?

Two configurations are available. The plug-in version uses an external power supply, while the battery version provides greater mobility for on-site applications.

What marking area should I choose?

The available marking areas are 100×100 mm, 150×150 mm, and 175×175 mm. The best choice depends on the size of the marking content and the required processing area.

Can it mark QR codes?

Yes. The system supports QR codes as well as CODE39, CODE128, and CODE126 barcodes.

Get Your Hand Held Laser Engraver for Metal

If you need to mark large metal components, steel structures, pipes, machinery, automotive parts, or other difficult-to-move workpieces, this portable fiber laser system provides a flexible alternative to traditional desktop marking machines.

With 20W, 30W, and 50W laser options, 1064nm fiber laser technology, high-speed galvanometer scanning, multiple marking fields, and optional battery operation, the machine can be configured for different industrial marking requirements.For applications where portability matters, a hand held laser engraver for metal allows you to bring the laser to the workpiece instead of bringing the workpiece to the laser.

Contact us to discuss your metal marking application and choose the appropriate laser power and configuration.