Backpack style laser engraving&cleaning machine
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Backpack style laser engraving&cleaning machine

The TrioSTAR series laser engraving and cleaning machine is based on fiber laser technology, integrating three major functions of laser marking, deep carving, and cleaning, comprehensively upgrading the industrial precision machining standards. The equipment adopts a backpack style modular design, with laser power adjustable from 0-100%, suitable for various materials such as stainless steel, alloys, ceramics, glass, plastics, wood, etc. It is widely used in precision electronics, automotive parts, craft carving, metal surface treatment, and cultural relic restoration.
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Product Introduction

core advantage

Three in one, versatile and efficient

Breaking through the limitations of single function, one machine can be used for multiple purposes. The repeated positioning accuracy of marking/deep carving is 8 μ Rad, and the penetration force of deep carving reaches 2mm. Cleaning can remove micron scale oxide layers, rust spots, oil stains, ink stains, etc. without contact, which is environmentally friendly and efficient. The device has high integration, is lightweight and portable, and is suitable for outdoor and mobile processing.

Modular design, plug and play

The laser, output head, control module, and battery can all be independently disassembled and upgraded, and standardized interfaces reduce equipment maintenance and iteration costs.

High energy efficiency ratio, reducing costs and increasing efficiency

Replacing three types of traditional equipment with a single unit reduces comprehensive operation and maintenance costs by 60% and shortens the investment return cycle. One stop cleaning+marking/deep carving can be completed, optimizing the process flow; Laser parameters are precise and controllable, achieving precision machining in micro areas and adapting to modern intelligent manufacturing.

Laser type: MOPA pulsed fiber laser

Average power: ≥ 120W

Laser wavelength: 1064nm ± 10nm

Pulse energy: ≥ 2mJ

Peak power: ≥ 8kW

Beam quality M ²: ≤ 1.6

Frequency range: 1kHz-4MHz

Pulse width: 5ns-500ns

Field lens focal length: standard F=254mm and F=160mm (can be increased by F=360mm)

Marking/deep carving/cleaning format: ≤ 80mm × 80mm@F =160mm

Cleaning output graphic modes: cross, rectangle, spiral, circle, ring, 0 ° line, 45 ° line, 90 ° line, 135 ° line, line rotation

Marking/deep carving linearity: 99.9%

Marking/deep carving repeat positioning accuracy: 8 μ Rad

Marking/deep carving long-term drift (8h): ≤ 0.5mRad

Output armored cable type: high-strength hose

Output armored cable length: ≥ 1.5m

Communication and control: Real time adjustment of output head buttons and visual LCD screen, or wireless control of handheld tablet

Operation assistance: dual red light focusing, LED illumination

Cleaning light control: dual button interlock

Dimensions: length x height: 255 x 101mm, head diameter: φ 86mm

Weight: 600g (excluding marking bracket)

Marking/deep carving bracket weight: 130g


Frequently Asked Questions (FAQ)

What core functional advantages does MeykoLaser's backpack laser marking and cleaning machine offer?

MeykoLaser's backpack laser marking and cleaning machine combines marking, deep carving, and cleaning into one unit. It delivers 8 micro rad repeat positioning accuracy, 2 mm deep carving penetration force, and cleaning that removes micron-scale oxide, rust, oil, and ink stains without contact. This compact design allows efficient outdoor and mobile processing.

Can the MeykoLaser backpack machine perform marking, deep carving, and cleaning simultaneously, and what are its positioning and precision specifications?

Yes, MeykoLaser's backpack laser machine performs marking, deep carving, and cleaning from a single unit, reducing workflow and equipment complexity. It maintains 8 micro rad repeat positioning accuracy and 99.9% marking/deep carving linearity. Cleaning removes micron-scale impurities without contact, while the lightweight structure supports reliable outdoor and mobile processing.

How does the modular and plug-and-play design of MeykoLaser's backpack laser machine affect maintenance and cost for users?

MeykoLaser's backpack laser machine uses modular, plug-and-play design. The laser, output head, control module, and battery can be independently disassembled and upgraded. This standardized interface reduces maintenance and iteration costs, and replacing multiple traditional equipment with a single unit can reduce comprehensive operation and maintenance costs by 60%.

What laser specifications does MeykoLaser's backpack laser engraving and cleaning machine provide, including power and pulse parameters?

MeykoLaser's backpack laser uses an MOPA pulsed fiber laser with an average power of at least 120 W, a wavelength of 1064 nm ± 10 nm, pulse energy of at least 2 mJ, and peak power of at least 8 kW. Frequency range spans 1 kHz to 4 MHz, with pulse widths from 5 ns to 500 ns, ensuring precise and controllable laser processing.

What positioning, drift, and cleaning output capabilities are guaranteed by MeykoLaser's backpack laser machine for marking and cleaning applications?

MeykoLaser's backpack laser machine guarantees 8 micro rad repeat positioning accuracy, long-term drift of no more than 0.5 m rad over 8 hours, and linearity of 99.9% for marking and deep carving. Cleaning graphic modes include lines, circles, spirals, rings, and rotations, allowing precise, controlled removal of micron-scale surface impurities.

Q: How to Export Files from Design Software for Laser Marking

A: Guide to exporting design files from design software for laser marking machines.

Q: MOPA vs Q-Switched Fiber Laser - What's the Difference?

A: Compare MOPA and Q-switched fiber lasers for different marking applications.

Q: Fiber Laser Marking Machine Accuracy and Precision

A: Technical specifications for fiber laser marking machine accuracy.

Q: Marking Curved and Cylindrical Objects with Laser

A: Learn how to laser mark curved and cylindrical objects using rotary attachments.

Q: Fiber Laser Marking Machine Speed Specifications

A: Learn about fiber laser marking speeds for different applications.

Q: Can a Laser Marking Machine Cut Metal?

A: Learn whether fiber laser marking machines can cut thin metals and when you need a dedicated cutter.

Q: Fiber Laser Marking Machine Maintenance Guide

A: Complete maintenance guide for fiber laser marking machines.

Q: How to Set Up a Laser Marking Machine for the First Time

A: Step-by-step guide to setting up a new fiber laser marking machine.

Q: Fiber Laser Marking Machine Price Guide 2026

A: Complete 2026 pricing guide for fiber laser marking machines of all power levels.

Q: Safety Precautions for Laser Marking Machine Operation

A: Essential safety precautions for operating fiber laser marking machines.

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