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What's 2.5D Fiber Laser Marking Engraving Machine?
2D laser marking machine with ezcad2 software (compatible with lightburn).
2.5D laser marking machine consists of a motorized Z-axis and EZCAD 3.0 software. It can do all the things of 2D laser, such as engrave text, photo, 2D vector design, and cutting custom jewelry names. It also features the extra function of relief engraving metal for making 3D coins and 3D metal moulds. What is more, the price is much cheaper than a 3D laser machine.
What Can 2.5D Laser Machine Do?
Fiber Laser Engraving Machine suits for engraving 3D STL designs, logos, text, time, serials, part numbers, QR codes, barcodes, 2D codes, bitmaps, pictures and images on almost all metals and part of nonmetal materials, such as stone rock granite slate coasters, some plastics, and leather. Popular applicable industries include engraving and cutting gold/silver jewelry, engraving firearms, customizing gift items like tumblers, cups, mugs, pens, USB flash disks, auto parts, knives, golf gear, metal cylinders, metal tools, and machinery parts, etc.
One 2.5D Fiber Laser Machine with 6 Functions
- Marking metal, some plastic, acrylic, leather, and stone.
- Deep engraving metal
- Marking bitmap photos and pictures
- Cutting gold, silver, and brass for jewelry
- Mopa laser colors marking
- Relief engraving 3D STL designs for coins and molds
Laser Class 4: 60,000mW Output Power, FDA Accession Number: 2411184-000
JPT 60W Laser Source: Original JPT 60W Laser source. 60W Mopa M7 supports color marking on stainless steel.
High-Quality Galvo Head: Model Sino-SG 7110, featuring double red dots for easier focusing.
Easy Operation: This laser cutting and engraving tool comes bundled with EzCad Lite software, compatible with 32 and 64-bit editions of Windows 7, 8, and 10.
Packing List: 60W marking machine + EzCad Lite software + D80 Rotary Axis + Goggles
Application Materials
Metals: Engraving barcodes, decorative maps, LOGOs, factory numbers, production dates, and dials on all metals including Gold, Silver, Copper, Alloy, Aluminum, Steel, Stainless Steel, and metal name cards.
Non-metals: Plastics (engineering plastics, hard plastics, etc.). Widely used in electronic components, integrated circuits, mobile communications, precision instruments, glasses, watches and clocks, computer keyboards, accessories, auto parts, plastic buttons, plumbing fittings, sanitary ware, PVC pipes, medical equipment, packaging bottles, etc.
Frequently Asked Questions
What services do you offer for buyers?
We provide comprehensive services including: OEM/ODM (custom configurations, logo branding, machine color, packaging), free technical consultation with our engineers to refine your requirements, rigorous pre-shipment quality control/testing, and complete global logistics support (sea, air, and door-to-door options).
Can you manufacture machines with customized specifications or logos?
Absolutely! We specialize in custom-built laser machinery. Simply share your branding logo and specific technical requirements, and our team will handle both the design and production processes for you.
What is your standard production lead time?
For standard laser models, the production time is typically 15 to 25 days after order confirmation and deposit. Fully customized or complex specifications may take up to 35 to 40 days. Rush production is available on select models.
How long does shipping take and what methods are available?
Shipping duration depends on the method chosen: Sea freight takes 20 to 40 days (port-to-port), Air freight takes 7 to 12 days, and Express courier (DHL/UPS) takes 5 to 8 days (suitable for smaller components or select units).
What is the minimum order quantity (MOQ) and payment terms?
The MOQ for standard machine configurations is 1 unit. For OEM customization, the MOQ is usually between 2 to 5 units depending on the model. We accept T/T, PayPal, L/C, and Trade Assurance, requiring a 30% deposit to initiate production with the remaining balance due prior to shipment.
How do you guarantee and ensure the quality of the machines?
We perform continuous quality assurance tests, which include verification of all incoming components/materials, in-process calibration and trial runs during assembly, and a final performance test and burn-in run before packaging.
Kinray Laser
