Laser cutting and hallmarking for Jewellery

  • Laser precision cutting

    Laser precision cutting

    Features:
    • Component
      : Laser precision cutting
    • Material
      : Brass
    • Process
      : Laser Cutting
    • Source of Laser
      : Fiber
    • Industry
      : Jewellery & Decorations
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Gold Ring hallmarking

    Gold Ring hallmarking

    Features:
    • Component
      : Gold ring hallmarking
    • Material
      : Gold
    • Process
      : Laser Marking
    • Source of Laser
      : Fiber
    • Industry
      : Jewellery & Decorations
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Gold Bangle hallmarking

    Gold Bangle hallmarking

    Features:
    • Component
      : Gold Bangle hallmarking
    • Material
      : Gold
    • Process
      : Laser Marking
    • Source of Laser
      : Fiber
    • Industry
      : Jewellery & Decorations
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Gold Ring hallmarking

    Gold Ring hallmarking

    Features:
    • Component
      : Gold ring hallmarking
    • Material
      : Gold
    • Process
      : Laser Marking
    • Source of Laser
      : Fiber
    • Industry
      : Jewellery & Decorations
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Laser marking on gold brick

    Laser marking on gold brick

    Features:
    • Component
      : Laser marking on gold brick
    • Material
      : Gold
    • Process
      : Laser Marking
    • Source of Laser
      : Fiber
    • Industry
      : Jewellery & Decorations
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Hallmarking on jewelry

    Hallmarking on jewelry

    Features:
    • Component
      : Hallmarking on jewelry
    • Material
      : Gold
    • Process
      : Laser Marking
    • Source of Laser
      : Fiber
    • Industry
      : Jewellery & Decorations
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Laser marking on decore plate

    Laser marking on decore plate

    Features:
    • Component
      : Laser marking on decore plate
    • Material
      : Brass
    • Process
      : Special Marking
    • Source of Laser
      : Fiber
    • Industry
      : Jewellery & Decorations
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
  • Laser engraving on Gold

    Laser engraving on Gold Bracelet

    Features:
    • Component
      : Laser engraving on Gold Bracelet
    • Material
      : Gold
    • Process
      : Laser Engraving.
    • Source of Laser
      : Fiber
    • Industry
      : Jewellery & Decorations
    For sampling and machine related queries for above shown applications please mail us at: info@markolaser.com
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Frequently Asked Questions?

1 Can Markolaser machines execute hallmarking on the inner, curved surfaces of rings and bangles?

Ans: Yes. Markolaser systems can perform precise hallmarking and branding on the inner curved surfaces of rings, bangles, and other circular jewelry items. Using specialized laser machines and motorized rotary attachments, the systems create seamless, distortion-free circumferential markings on concave and curved surfaces.

2 What materials can be processed with Markolaser jewelry engraving and cutting machines?

Ans: Markolaser jewelry laser systems are designed to process a wide variety of precious and industrial metals, including gold, platinum, silver, brass, copper, aluminum, titanium, and stainless steel. These machines are suitable for engraving, hallmarking, cutting, and decorative jewelry manufacturing applications.

3 Does laser cutting lead to heavy gold and silver material loss?

Ans: No. Markolaser laser cutting systems use an extremely fine laser beam that minimizes material removal and reduces precious metal loss. Any microscopic particles generated during engraving or cutting can also be collected through specialized fume extraction and filtration systems, helping maximize material recovery.