Laser Marking and Engraving for Ferrous and Precious Metal Alloys in Jewelry
Laser marking and engraving on ferrous metals—including precious metal alloys—provides a permanent, precise, and highly versatile method for customizing jewelry and fashion items. Whether it’s rings, bangles, bracelets, name necklaces, commemorative coins, award medallions, badges, wedding bands, pendants, or religious icons, this technology offers exceptional detail and durability.
VTron Laser Systems deliver high-speed, low-impact solutions ideal for a broad range of materials and industries. Trusted by professionals across the jewelry and fashion sectors, our machines offer efficient processing capabilities for marking, engraving, and cutting.
Modern laser technology has become the preferred choice for jewelry branding, deep engraving, and decorative work. Its popularity stems from its outstanding efficiency, minimal maintenance requirements, user-friendly operation, and the absence of consumables. Plus, laser systems have a compact footprint, making them easy to integrate into existing production lines or automated workflows.
VTron Lasers are capable of engraving, annealing, coloring, marking, and cutting across a variety of materials in 2D, 2.5D, and 3D. They work seamlessly on flat, cylindrical, curved, and even complex surfaces. Depending on your application, VTron offers a full range of systems—including Galvanometer, Gantry, and full CNC platforms—tailored for precise engraving, marking, welding, and cutting to meet your specific production needs.
VTron Laser systems come with standard two days of training, and 2 years of technical support, and are backed up by a robust warranty and factory support.
- Ability to engrave and cut in all dimensions: 2D, 2.5D, and 3D
- Microengraving and branding
- Ability to process all precious and non-precious metals as well as several organic materials and plastics
- Detailed precision on all edges and contours without the need for reworking
- Cost-efficient for batches of all sizes
- Minimal thermal or mechanical deformation and no material warping on cut pieces
- Flexibility with all forms and contours with high degrees of precision and accuracy
- Ability to cut directly from a range of files, such as DXF, DWG, SVG, or STL files
- Engraving and Cutting on a range of materials, depths, and combined designs in a single performance
- No additional tools, gases, or coatings necessary to achieve cut pieces
- 2D, 2.5D, and 3D engravings of all gun parts, including slides, magazines, barrels, and lower receivers
- Porting and Cutting Capable on all gun parts
- Cerakote & Duracoat etching and engraving
- Micro engraving/serialization
- Polymer frame/grips stippling in 2D and 3D dimensions
- 3D Logos and Coat of Arms engraving
- Assembling bracelets
- Assembly of jewelry
- Bezel building
- Channel building
- Easy re-tipping on gemstones
- Re-tipping prongs
- Refilling casting porosity
- Spot and seam welding
- Resizing ring shanks
- Repairing titanium jewelry
- Optical frames
- Surface polishing
- Welding micro chains and Cuban links
- Welding hollow jewelry
- Ball bearings
- Bellows
- Chemical injectors
- Level sensors
- High speed rotary tools
- Hot runners
- Motor rotors
- Plastic injection molds
- Pad locks
- Pressure vessels
- Thermocouples
- Solenoid valves
- Ultrasonic sensors
- Arc lamp terminals
- Automotive air bag triggers
- Electrical connectors
- Electrode bonding
- Lithium batteries
- Harness assemblies
- LCD panel contacts
- Microwave modules
- Power CSR
- PCB’s
- Relay terminals
- Smart cards
- Switches
- Adding occlusion
- Cardiac pacemakers
- Catheters
- Defibrillators
- Dental braces
- Dental bridgework
- Endoscopes
- Guide wires
- Hearing aids
- Medical implants
- Orthodontic wire and bands
- Prosthetics
- Ultrasound modules