About bangle laser marking machine
The Fiber Laser Marking Machine is a high-precision and high-speed marking system designed for permanent marking on metals and selected non-metal materials. It uses an advanced fiber laser source that ensures stable performance, long service life (up to 100,000 hours), and maintenance-free operation.
This machine delivers sharp, clear, and durable markings, making it ideal for barcodes, QR
codes, serial numbers, logos, designs, and deep engraving. Its compact structure, low power consumption, and user-friendly software make it suitable for industrial production as well as small-scale businesses.
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Key Features
High Precision Marking Produces clean, sharp, and permanent marks.
Long Life Laser Source Up to 100,000 hours of lifespan with zero maintenance.
High-Speed Galvo Scanner Ensures fast and accurate marking.
Energy Efficient Low power consumption and cost-effective operation.
Easy-to-Use Software Compatible with EZCAD; supports logos, barcodes, and serial numbers.
Compact & Durable Design Occupies minimal space and built for long-term industrial use.
No Consumables Required No ink or chemicals needed.
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Applications
Jewelry and accessories
Automotive parts
Electronics & mobile components
Hardware tools
Stainless steel, aluminum, brass, copper
Plastic components (ABS, PVC, etc.)
Industrial nameplates & tags
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If you want, I can also prepare a short version, catalog-ready version, or 30W/50W specific description.
High Precision Marking TechnologyEquipped with an advanced fiber laser, this machine achieves exceptionally fine details, with minimum line widths of 0.01 mm and characters as small as 0.15 mm. The accuracy allows for intricate designs on metals, making it ideal for jewelry and bangle customization. Stable continuous or modulated modes support different marking needs.
Flexible Operation and Versatile FormatsSupporting various design file formats like AI, PLT, DXF, and more, the machine integrates seamlessly with design and production workflows. The supplied EZCAD control software provides intuitive operation, while large marking areas accommodate different bangle sizes for increased versatility.
Efficient and Reliable PerformanceOperating at a high marking speed of up to 7000 mm/s, the machine boosts productivity without compromising quality. Its robust air-cooling system ensures consistent operation in environments with humidity levels from 5% to 75%, keeping maintenance simple and downtime minimal.
FAQ's of bangle laser marking machine:
Q: How does the bangle laser marking machine operate for engraving designs?
A: The machine uses a CNC-controlled fiber laser to accurately engrave patterns, text, or logos onto bangles. By importing your design in formats such as AI, PLT, or DXF into the EZCAD software, you can position and adjust the artwork before starting the marking process, which is conducted at speeds up to 7000 mm/s.
Q: What materials and bangle types can be processed with this machine?
A: This laser marking machine is designed for marking on various metals commonly used in bangle production, including gold, silver, stainless steel, and more. Its precise laser capabilities cater to different bangle shapes and sizes within the 110 mm x 110 mm or 150 mm x 150 mm marking area.
Q: When should I choose between continuous and modulated operation modes?
A: Select the continuous mode for uniform, deep, and fast marking needs. Opt for the modulated mode if your design requires fine detail or shallow engravings. EZCAD software allows you to adjust the operation mode according to your project requirements.
Q: Where can I use this laser marking machine effectively?
A: This machine is suitable for jewelry workshops, small factories, or specialized engraving businesses. Its compact size and air-cooled design make it easy to set up in environments with controlled humidity (5%-75%, non-condensing) and a standard 220V/50Hz power supply.
Q: What is the process for preparing a design to be marked on a bangle?
A: To mark a design, prepare your artwork using compatible software, save it in an accepted file format such as AI, PLT, DXF, or JPG, and import it into the EZCAD control software. Once the design is adjusted within the marking area, you can configure laser parameters and initiate the marking process.
Q: What are the main benefits of using this fiber laser marking machine?
A: The main benefits include high-precision marking with minimal heat impact on materials, fast processing speeds, support for a wide array of file formats, and low maintenance due to its air-cooling system. The system is easy to operate, making it accessible for both beginners and experienced professionals.