ORCATEK Manufacturing Services

Laser
Engraving &
Marking

ORCATEK uses multiple laser platforms for industrial marking, engraving, serialization, product identification, panel marking, branding, and dedicated electrical wire marking.

Laser Marking Overview

Permanent Marking & Product Identification

Laser engraving and laser marking use focused light to mark, engrave, darken, remove, or alter a surface. The correct laser process depends on the material, coating, finish, desired contrast, durability requirement, and whether the goal is engraving, marking, annealing, ablation, or surface finishing.

ORCATEK supports practical laser work for identification plates, serialized components, product branding, panel marking, machine labels, manufacturing traceability, and dedicated electrical wire identification.

Laser Types & Process Knowledge

Different Lasers For Different Materials

Fibre Laser Marking

Fibre laser systems are commonly used for marking compatible metals, coated metals, anodized aluminum, serial plates, identification tags, and industrial components requiring permanent high-contrast marks.

Metal marking Anodized aluminum Serial numbers Industrial traceability

Process Selection

Laser marking can involve surface removal, colour change, annealing, ablation, etching, or engraving depending on the material and desired result. Test samples are recommended when finish or contrast is critical.

Engraving Etching Ablation Mark testing
Electrical Wire Marking

Dedicated Wire Identification

UV Laser Wire Marking

ORCATEK provides dedicated laser marking support for electrical wires only. This process is ideal for identification, numbering, harness organization, and long-term readable electrical labeling.

Electrical wires Wire numbering Harness identification Circuit references

Electrical Project Support

Laser wire marking improves organization, readability, traceability, and long-term identification compared with temporary labels or undocumented wiring systems.

Control systems Prototype electronics Marine wiring Industrial projects
Laser Marking Workflow

How The Process Works

Step 01

File Review

Artwork, vector files, serial numbers, wire ID lists, part photos, material type, or marking requirements are reviewed.

Step 02

Setup

The part or wire is positioned, aligned, focused, and prepared using suitable settings for the material and desired mark.

Step 03

Marking

The laser marks, engraves, etches, or alters the surface to create the required text, logo, ID, or traceability mark.

Step 04

Inspection

The finished mark is reviewed for alignment, contrast, readability, durability, location, and project requirements.

Laser Marking Applications

Industrial, Product & Electrical Uses

Identification Plates

Laser marked plates, serial tags, machine labels, asset tags, product information plates, equipment identifiers, and technical panels.

Serial numbers Asset tags Machine labels Technical plates

Product Branding

Permanent logos, branded panels, product markings, presentation pieces, prototypes, and production components with professional identification.

Logos Brand panels Product marks Custom graphics

Manufacturing Support

Part numbering, batch identification, inspection references, assembly markers, QR codes, directional labels, and production traceability.

Part numbers Batch IDs QR codes Traceability

Electrical Wire Marking

Wire numbering, circuit identification, project wiring references, harness ID, and clean labeling for electrical builds.

Wire IDs Circuit labels Harness labels Project wiring
Compatible Materials

Material Compatibility Depends On The Laser And Surface

Laser marking results depend on laser type, surface finish, coating, colour, material composition, part geometry, and desired mark. Some materials engrave deeply, some mark by changing surface colour, and some require testing before production.

ORCATEK can review the part, plate, panel, product, or wire and confirm whether it is suitable for the required engraving, marking, surface removal, product identification, or technical labeling.

Anodized aluminum Painted metals Stainless steel marking Coated panels Compatible plastics Electrical wires Product tags Test samples recommended
Design For Laser Marking

Good Marking Starts With Clean Artwork

Best File Types

Vector files usually produce the cleanest results. SVG, DXF, AI, EPS, and high-quality PDF artwork are preferred when available. High-resolution PNG files can also be used for some marking work.

SVG DXF AI / EPS High-res PNG

Wire Label Data

For wire marking, provide the wire labels, sequence, wire gauge, wire type, label location, and whether markings need to repeat along the wire.

Wire IDs Wire gauge Label sequence Repeat spacing
Pricing Structure

Setup, Artwork & Marking

Laser engraving and wire marking projects are quoted based on artwork preparation, setup time, alignment, marking size, quantity, wire label data, material testing, and whether serialized or variable data is required.

Minimum Order

$25 CAD

Base minimum charge for small engraving jobs, simple part marking, wire labels, or short setup projects.

Laser Work

$125/hr CAD

Laser work is billed or quoted based on setup, marking time, part handling, wire setup, alignment, testing, and production requirements.

Production Marking

Custom quote

Batch engraving, serialized marking, wire marking, panels, plates, product marking, and repeat part marking are quoted by project scope.

Start A Laser Marking Project

Send The Artwork, Wire List, Part, Plate, Or Concept

ORCATEK can review your artwork, logo, wire list, dimensions, part photos, material, serial number list, or panel concept and help determine the best laser marking approach.

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