Laser marking on medical equipment

  • Medical Depth Testing Equipment

    Laser marking on medical tube

    Features:
    • Component
      : Medical tube
    • Material
      : Non-reactive Stainless steel
    • Process
      : Laser Marking
    • Source of Laser
      : Fiber
    • Industry
      : Medical
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • laser marking operation Scissor

    laser marking operation Scissor

    Features:
    • Component
      : Operation Scissor
    • Material
      : Stainless Steel
    • Process
      : Laser Marking, DPM.
    • Source of Laser
      : Fiber
    • Industry
      : Medical
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Laser marking on medical tool

    Laser marking on medical tool

    Features:
    • Component
      : Medical tool
    • Material
      : Non-reactive Stainless steel
    • Process
      : Laser Marking.
    • Source of Laser
      : Fiber
    • Industry
      : Medical
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Medical Screw laser marking

    Medical Screw laser marking

    Features:
    • Component
      : Medical Screw
    • Material
      : Non-reactive Stainless steel
    • Process
      : Laser Marking.
    • Source of Laser
      : Fiber
    • Industry
      : Medical
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Laser engraving on Medical Cutter

    Laser engraving on Medical Cutter

    Features:
    • Component
      : Medical Cutter
    • Material
      : Non-reactive Stainless steel
    • Process
      : Laser Engraving.
    • Source of Laser
      : Fiber
    • Industry
      : Medical
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  •  Laser marking on Medical Implants

    Laser marking on Medical Implants

    Features:
    • Component
      : Medical Implants
    • Material
      : Non-reactive Stainless steel
    • Process
      : Laser Marking.
    • Source of Laser
      : Fiber
    • Industry
      : Medical
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Laser marking on Medical Equipment

    Laser marking on Medical Equipment

    Features:
    • Component
      : Laser marking on Medical Equipment
    • Material
      : Non-reactive Stainless steel
    • Process
      : Laser Marking.
    • Source of Laser
      : Fiber
    • Industry
      : Medical
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Laser marking on Medical Equipment

    Laser marking on Medical Equipment

    Features:
    • Component
      : Medical Equipment
    • Material
      : Non-reactive Stainless steel
    • Process
      : Laser Marking.
    • Source of Laser
      : Fiber
    • Industry
      : Medical
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
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LASER MARKING VS OTHER MARKING METHODS — WHY LASER IS A WINNER FOR MEDICAL MARKING?
CRITERIA FIBER LASER (MARKOLASER) INKJET / ELECTROCHEMICAL ETCHING
Permanence Permanent, unaffected by sterilisation, autoclaving, chemicals Fades or degrades under repeated sterilisation
Biocompatibility No inks, no chemicals; fully biocompatible Risk of chemical residue on implant surfaces
Passivation Layer Annealing process preserves the passive oxide layer Electrochemical etching can disrupt passivation
Precision Marks as small as 0.1 mm — suitable for micro-implants Limited resolution on small or curved components
UDI Compliance Full DPM data matrix — scannable, ISO/IEC 15415 compliant Typically not DPM-compliant under MDR/FDA
Maintenance Zero consumables — no ink, no chemicals, 100,000+ hr lifetime Regular ink/solution replacement required
Cost Laser marking is cost saving Inks and equipment cost a lot

Frequently Asked Questions?

1 What specific types of medical instruments and hardware can be processed with Markolaser laser machines?

Ans: Markolaser laser systems can mark, engrave, and etch a wide range of medical devices and instruments, including surgical scissors, scalpels, medical cutters, bone screws, pins, dental implants, medical tubing, pipettes, diagnostic equipment, and other healthcare components requiring permanent identification.

2 Why is laser direct part marking mandatory for medical devices?

Ans: Laser Direct Part Marking (DPM) provides permanent and reliable identification that cannot peel, fade, or detach during sterilization or medical procedures. Unlike adhesive labels, laser markings remain intact throughout the product lifecycle, ensuring traceability, regulatory compliance, and patient safety.

3 What material substrates are supported by Markolaser medical laser markers?

Ans: Markolaser medical laser marking systems are compatible with a variety of medical-grade materials, including stainless steel, titanium alloys, HDPE, and other biocompatible polymers. These systems are designed to create durable, high-contrast markings without affecting the material's performance or safety characteristics.

Need a laser marking solution for medical implants, surgical tools or instruments that meets UDI and traceability compliance?

Markolaser's fiber laser systems can mark serial numbers, data matrix codes, QR codes, logos, and UDI-compliant identifiers directly onto medical components like screws and implants, tubes, catheters, dental instruments, medical devices, meeting traceability requirements under ISO 13485, MDR (EU), and FDA UDI directives.

Request sample marking.