Arca offers a diverse range of advanced laser marking systems, including CO₂, Fibre (Q-switched and MOPA), and DPSS UV lasers. These efficient, non-contact marking solutions are designed for precise, high-quality marking on various materials, meeting the demands of industries requiring high power density and detailed accuracy. Ideal for applications that necessitate permanent, crisp markings, Arca’s laser systems ensure durability and precision across a broad range of production needs.

Add to quote

Key Features & Benefits of the Laser Marking System

Versatile Laser Types: CO₂, Fibre (Q-switched and MOPA), and DPSS UV lasers to accommodate specific material requirements and marking applications.
High Power Density: Provides accurate and deep marking on tough materials, ensuring legibility and durability.
Non-Contact, High-Quality Marking: Allows for efficient, damage-free marking on a variety of materials, from metals to plastics.
Precision for Detailed Applications: Ideal for intricate or high-resolution marking, such as barcodes, logos, or alphanumeric codes.

Where the Laser Marking System Excels

Materials & Applications

Mark metals (stainless, aluminium, tool steel), plastics (ABS, PP, PET), coated cartons and glass with permanent, high-contrast results for serialisation, branding and traceability.

Compliance & Traceability

Produce GS1/UDI-ready codes with inline verification and audit trails to meet regulated industry requirements.

Clean, Low-Cost Operation

No inks or ribbons—reduced consumables, less downtime and consistent print quality across long runs.

FAQs about the Laser Marking System

Answers on laser types, materials, speeds, safety, integration and upkeep.

Which laser should I choose—CO₂, Fibre or UV?

Fibre suits most metals and some dark plastics; CO₂ excels on organics/cartons; UV (DPSS) marks delicate or heat-sensitive plastics with high contrast.

What materials can be marked?

Metals, many plastics, coated paperboard, glass and ceramics. We test samples to confirm contrast and cycle time.

How fast can it mark?

Depends on content size, density and material. Alphanumeric and small 2D codes are typically marked in fractions of a second.

Do I need an enclosure?

Yes for eye safety and fume control. We supply Class-1 enclosures with interlocks; open Class-4 setups require guarded cells.

What about fumes or residue?

Use fume extraction/filtration to remove particulates and gases—especially important with plastics and coated substrates.

Can the system verify barcodes inline?

Yes—add vision/scanners to grade codes (e.g., ISO/ANSI) and trigger rework/reject logic.

How does it integrate with our line?

PLC/HMI recipes, encoder/product sensors for trigger/sync, and data from MES/ERP for serialisation.

What maintenance is required?

Minimal—keep optics clean, check filters and verify alignment. No inks or ribbons to replace.

Will laser marking damage heat-sensitive parts?

UV (DPSS) uses shorter wavelengths and lower heat input—ideal for sensitive plastics and fine detail.

When is labelling better than laser?

If you need removable labels, large colour graphics, or frequent format changes on substrates that don’t yield good laser contrast.

Let's Connect

Have a question about our conveyor systems or need a tailored automation solution for your business? Our team at LVP Automation is here to help. Fill out the form below with your details, and we’ll get back to you as soon as possible. Whether you need a quote, technical support, or more information on our products, we’re ready to assist.

Laser Marking Systems

Key Features & Benefits of the Laser Marking System

Where the Laser Marking System Excels

Similar Products

Lineshaft Conveyor (Light, Medium, Heavy Duty)

Zero Line Pressure Conveyor

Gravity Roller Conveyors

Light Duty Conveyors

Flexible Conveyors

Vehicle Loading Conveyors