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The Multipurpose Fiber Laser Marking Machine stands out for its ability to handle both metals and non-metals—rare in entry-level to mid-tier laser equipment. It uses a 1064nm fiber laser (adjustable power: 20W-50W, with 30W/40W as popular options) that marks metals (aluminum, stainless steel, brass, titanium) with high contrast and non-metals (ABS, PC, ceramic, glass) with precision. This versatility eliminates the need for multiple machines, ideal for businesses with diverse marking needs.
JPT laser source
Maximum laser source
Raycus laser sourceRaycus laser sourceRaycus laser source
Meanwell power supply
SINO RC1001 galvanometer
Original BJJCZ control card
Unlike specialized markers, it adapts to applications across industries: from engraving serial numbers on metal tools to marking barcodes on plastic electronics cases, or even etching designs on ceramic mugs. Its adjustable focal length (50mm-200mm) lets users work on small parts (e.g., 5mm screws) or large surfaces (e.g., 60cm x 40cm metal plates).
Primary markets include electronics manufacturing (component marking), jewelry design (metal engraving), medical device production (stainless steel instrument labeling), and consumer goods (glass/plastic branding). Secondary users include automotive repair shops (part marking) and academic labs (material testing).
Global demand for multipurpose fiber lasers is rising at 15% annually (2024 data) as businesses seek to reduce equipment costs and save space. A 2023 survey found that 62% of small manufacturers prefer multipurpose machines over single-use models to adapt to changing customer needs.
General-purpose rotation
Ring rotation
Rotating cups, etc
Clamps for cutting sheet metal
2D worktables
Fog purifiers
Column rotators
Eye-protecting acrylic glass
The machine includes 12 pre-programmed modes for common materials (e.g., "Stainless Steel High Contrast," "ABS Barcode," "Ceramic Etching") that auto-adjust laser power, speed, and frequency. Users can also save custom modes for unique substrates (e.g., coated metals) to reduce setup time.
Fiber laser modules have a lifespan of 100,000+ hours (10x longer than CO2 tubes), and the machine has no moving parts in the laser path—reducing maintenance needs. It uses air cooling (no liquid coolant) for simplicity, and the dust-proof lens cover prevents debris buildup.
Meets ISO 13485 (medical device marking), IATF 16949 (automotive components), and CE/RoHS. For medical users, it produces marks that withstand autoclaving (134°C, 2 bar pressure) without fading. For electronics, it marks barcodes with a grade A scan rate (per ISO/IEC 15416).
Metals: Marks a 2cm x 2cm logo on stainless steel in 3 seconds (40W model) with a contrast ratio of 80:1.
Plastics: Engraves a QR code on ABS plastic that scans reliably after 1000 cycles of bending.
Ceramics: Etches a 5cm diameter design on glass with no chipping, using a low-power (30W) mode to avoid cracking.
Offers specialized attachments: a jewelry clamp for small metal pieces, a glass rotary attachment for bottles, and a high-precision lens (0.005mm accuracy) for micro-marking (e.g., electronics components). For medical clients, we provide FDA-compliant software for traceability.
Includes 3 days of virtual training (tailored to the user’s industry) and a material testing service—send us your substrate, and we’ll provide optimal settings. Bulk buyers get a dedicated account manager for ongoing support.
The Multipurpose Fiber Laser Marking Machine stands out for its ability to handle both metals and non-metals—rare in entry-level to mid-tier laser equipment. It uses a 1064nm fiber laser (adjustable power: 20W-50W, with 30W/40W as popular options) that marks metals (aluminum, stainless steel, brass, titanium) with high contrast and non-metals (ABS, PC, ceramic, glass) with precision. This versatility eliminates the need for multiple machines, ideal for businesses with diverse marking needs.
JPT laser source
Maximum laser source
Raycus laser sourceRaycus laser sourceRaycus laser source
Meanwell power supply
SINO RC1001 galvanometer
Original BJJCZ control card
Unlike specialized markers, it adapts to applications across industries: from engraving serial numbers on metal tools to marking barcodes on plastic electronics cases, or even etching designs on ceramic mugs. Its adjustable focal length (50mm-200mm) lets users work on small parts (e.g., 5mm screws) or large surfaces (e.g., 60cm x 40cm metal plates).
Primary markets include electronics manufacturing (component marking), jewelry design (metal engraving), medical device production (stainless steel instrument labeling), and consumer goods (glass/plastic branding). Secondary users include automotive repair shops (part marking) and academic labs (material testing).
Global demand for multipurpose fiber lasers is rising at 15% annually (2024 data) as businesses seek to reduce equipment costs and save space. A 2023 survey found that 62% of small manufacturers prefer multipurpose machines over single-use models to adapt to changing customer needs.
General-purpose rotation
Ring rotation
Rotating cups, etc
Clamps for cutting sheet metal
2D worktables
Fog purifiers
Column rotators
Eye-protecting acrylic glass
The machine includes 12 pre-programmed modes for common materials (e.g., "Stainless Steel High Contrast," "ABS Barcode," "Ceramic Etching") that auto-adjust laser power, speed, and frequency. Users can also save custom modes for unique substrates (e.g., coated metals) to reduce setup time.
Fiber laser modules have a lifespan of 100,000+ hours (10x longer than CO2 tubes), and the machine has no moving parts in the laser path—reducing maintenance needs. It uses air cooling (no liquid coolant) for simplicity, and the dust-proof lens cover prevents debris buildup.
Meets ISO 13485 (medical device marking), IATF 16949 (automotive components), and CE/RoHS. For medical users, it produces marks that withstand autoclaving (134°C, 2 bar pressure) without fading. For electronics, it marks barcodes with a grade A scan rate (per ISO/IEC 15416).
Metals: Marks a 2cm x 2cm logo on stainless steel in 3 seconds (40W model) with a contrast ratio of 80:1.
Plastics: Engraves a QR code on ABS plastic that scans reliably after 1000 cycles of bending.
Ceramics: Etches a 5cm diameter design on glass with no chipping, using a low-power (30W) mode to avoid cracking.
Offers specialized attachments: a jewelry clamp for small metal pieces, a glass rotary attachment for bottles, and a high-precision lens (0.005mm accuracy) for micro-marking (e.g., electronics components). For medical clients, we provide FDA-compliant software for traceability.
Includes 3 days of virtual training (tailored to the user’s industry) and a material testing service—send us your substrate, and we’ll provide optimal settings. Bulk buyers get a dedicated account manager for ongoing support.
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