LASER APPLICATIONS

Precision is Paramount with reACTIV Laser Applications

Lasers are versatile tools that find applications across various industries for the precision processing of a wide range of materials. From metal and plastic to wood and ceramics, lasers can cut, weld, engrave, and mark these materials with high accuracy and quality.

In industries such as automotive, aerospace, electronics, medical devices, and jewelry, lasers are utilized to create intricate components, improve production efficiency, and ensure product quality. The ability of lasers to work on different materials with consistent results makes them indispensable for manufacturing processes where precision is paramount.

Look below for examples.

2D Barcodes

Application Highlights

  • High Speed Laser Cleaned Background

  • Temper Marked Dots for Improved Cycle Time

  • Automotive Steel - Permanent Date Code and Lot Traceability

  • Data Matrix 200 ECC Automotive Steel Part

  • 22 x 22 matrix (Actual Content Below)

    •         “P5689173;SWC267020520230000123270;V434809-1

DID YOU KNOW?

Data Matrix Cells can be boxes or dots and Barcode can be square or rectangular.

3D Surface Engraving “Texturing”

Application Highlights

  • Compound Contour Mold Surface Texturing

  • Stationary Part

  • Stationary Laser

  • 3D Scanhead Driven From CAD Data

DID YOU KNOW?

A 254mm Lens Provides 3.2” of Precise “Z” Axis Automatic Focus Control.

Plastic Marking

Application Highlights

  • Medical Grade Acetal 2D barcode

  • UV  laser 354nm

  • High Contrast Non Contamination Permanent Marking

  • Surface Marking No Burr 

  • Durable, Survives Long Term Use and Sterilization

DID YOU KNOW?

reACTIV Laser Systems offers USP (ultra short pulse) and Nanosecond laser solutions in IR, (SHG) Second Harmonic Generation and (THG) Third Harmonic Generation.

Medical Grade UHMWPE

Application Highlights

  •  (SHG) Green Laser

  • Non contaminating (no ink) permanent identification

  • FDA approved traceability

DID YOU KNOW?

Application Specific Optical Engineering Ensured Stable Process and Superion Mark Quality.

Picatinny Rail

Application Highlights

  • Anodized Aluminum Picatinny Rail Mount

  • High Contrast Location identification

  • Anodize layer removed Aluminum oxidized for contrast

DID YOU KNOW?

Type II Anodize Can Be Laser Marked (Bleached) Without Complete Removal of the Coating.

Powder Coated Aluminum

Application Highlights

  • Aerospace (Non Commercial) Control Panel

  • High Contrast Instructional  Identification

  • Paint Removal - Oxidized AL Surface

DID YOU KNOW?

Many Powder Coating finishes can be “Bleached” or Color Marked Without Complete Removal.

Mold Engraving

Application Highlights

  • 2D Deep Engraving (Mirror Image) Tool Steel

  • Multi Pass Produces Clean Edge and Precise Depth Control

  • Little Post Process Cleaning Necessary

DID YOU KNOW?

Blind or Limited Access Surfaces are Best Engraved or Textured using Laser Technology.

Circumferential Laser Marking

Application Highlights

  • Engraved and temper marked for subsurface permanence

  • Multi-pass produces clean edge and precise depth control

  • No post process cleaning necessary

DID YOU KNOW?

Temper or Anneal marking raises carbon to the surface for high contrast permanent marking.

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