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Handheld Laser Cleaning Machine
Portable/Handheld Laser Cleaning Machine
The Backpack handheld pulsed laser cleaning machine for rust paint oil removal portable laser cleaner,also called Laser Rust Removal System.
1. 50w 100W backpack handheld laser cleaning machine is a “Environmental friendly” cleaning machine. It does not need to use any chemicals and cleaning fluids. The cleaned waste is basically solid powder, small in size, easy to store, recyclable, and can easily solve chemical cleaning problems.
2. Its biggest advantage is that it is light and portable. Compared with large machines, it is more suitable for home use, does not take up space, and is easy to operate. Using laser technology to quickly peel off rust, oil, paint, and a wide range of applications.
The backpack laser cleaning machine is a pulsed Gaussian laser cleaning machine with the minimum power (50W/100W)
At the same time, it is equipped with the function of a backpack. If you go out for cleaning services, or take it out to meet customers, it is a very good economical pulsed laser cleaning machine.
The weight of the whole machine is not To 8 kg, anyone can learn and use it within 1 hour without any skills and professional skills.
Advantage of Handheld/Portable Laser Cleaning Machine
- It’s a non-contact, non-abrasive process. Home remedies are messy and unhealthy. Scrubbing off rusted surfaces exposes you to impurities which could lead to respiratory complications. Laser cleaning, on the other hand, relies on the laser beam to ablate the surface. There is no physical contact between you and the rust.
- No use of chemicals. Rust remover chemicals can get the job done, but the health implications on their use outweigh their benefit. Such chemicals are not only harsh and abrasive but also emit intense fumes. You will need to wear protective gear such as a respirator, goggles and rubber gloves before using them. However, laser cleaning does not rely on any chemical application. It is the better choice as it does not put your health at risk.
- No secondary waste is produced. Scrubbing off rust from surfaces only disintegrates the rusty particles from the substrate, leaving you with a toxic lump of rust dust at the end of the process. Electrolysis leaves the rust particles floating in the water, which you later have to dispose of. In comparison, laser cleaning is a cleaner process as the rust particles are either vaporized or turned into plasma, leaving no evidence of waste.
- High precision. The focused laser beams have an extremely precise focal edge, allowing you to ablate rust from tough spots that would otherwise be harder to clean with other apparatus. Such include the rust that develops around bolts and rails. Additionally, the high precision allows you to focus the laser beam repeatedly over a specific area to achieve the required depth and result.
- It’s effective on all surfaces. Unlike other rust removal procedures, laser cleaning works on all surfaces that are prone to rusting, including stones, concrete, iron, aluminum (bauxite) or copper.
- It does not degrade the substrate. Scrubbing rusted surfaces significantly degrades the substrate due to friction. Rust removing chemicals, on the other hand, are harsh and corrosive, causing wear and tear that could spoil delicate metals or even weaken their robustness. Laser cleaning in comparison ablates the surface while leaving the substrate untouched.
- It is a long-term solution. A laser cleaning machine will serve you longer than any scrubber or rust removing chemical will. The laser does not suffer any wear or tear, and thus can be used and reused over its lifetime.
1.Metal surface rust,
2.Surface paint stripping treatment,
3.Surface oil, stains, dirt cleaning,
4.Surface coating, coating removal,
5.Welding surface / spray surface pretreatment,
6.Stone surface dust and attachments removed,
7.Rubber mold residue cleaning.
Videos of Backpack laser cleaning machine
CCD Visual Localization Laser Marking Machine
CCD Visual Position Laser Marking Machine
CCD Laser Marking Machine: The Ultimate Solution for Zipper Manufacturers
Is your zipper marking process plagued by low efficiency and high costs? Our CCD Laser Marking Machine is the ultimate solution designed specifically for zipper manufacturers.
The core advantage of this machine lies in its CCD vision recognition system, which automatically locates and precisely marks zippers without any manual placement. This means you can say goodbye to tedious manual operations and achieve fully automatic batch production for your zippers.
It’s not only incredibly fast but also highly precise, capable of marking intricate patterns and tiny text on zippers with clarity and permanence. Choosing our CCD Laser Marking Machine means choosing higher efficiency, lower costs, and superior product quality for every zipper you produce.
CCD visual Position Laser Marking Machine Photo
As a zipper manufacturer, are you looking for a solution to overcome traditional marking challenges, improve production efficiency, and enhance product quality? You may be facing these common pain points:
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Low Efficiency: Traditional marking methods require manual, step-by-step operation, which is slow and significantly impacts delivery times, especially for large orders.
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Insufficient Precision: Manual operation often leads to positional deviations and inconsistent, blurry patterns, affecting product aesthetics and leading to rework and material waste.
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Batch Processing Difficulties: Different sizes and shapes of zippers require frequent jig changes, preventing automated, continuous production.
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High Labor Costs: Over-reliance on manual labor increases costs and raises the defect rate due to operator errors.
We understand your frustrations. That’s why we bring you the CCD laser marking machine, specifically tailored for zipper manufacturers. It’s not just a piece of equipment; it’s a complete solution to boost your core competitiveness.
How the CCD Laser Marking Machine Solves Your Pain Points
1. Core Advantage: Fully Automatic Recognition & High-Speed Marking
Our CCD laser marking machine for zipper is equipped with an advanced visual positioning system. It automatically captures and precisely identifies different workpieces like zipper pulls and sliders, allowing for jig-free marking. Simply load zippers in bulk, and the machine will automatically recognize and mark them, achieving a truly automated, unmanned production model.
2. Core Advantage: A Perfect Blend of Speed and Precision
The machine uses high-speed galvanometer technology, with marking speeds far exceeding traditional methods, capable of marking hundreds or even thousands of zippers per minute. At the same time, the laser marking precision reaches the micron level, ensuring that complex logos, tiny text, and high-definition QR codes are permanently and clearly marked on the zipper surface, significantly enhancing your product’s premium feel and anti-counterfeiting capabilities.
3. Core Advantage: Versatile and Highly Adaptable
This zipper laser marking solution is not only suitable for various materials like metal, plastic, and nylon but also easily handles different sizes, shapes, and colors of zippers. The software interface is intuitive and easy to use, allowing you to quickly switch between different marking tasks without complex adjustments.
Product Specifications (For Reference)
Broad Range of Applications
Our CCD laser marking machine is not just the perfect zipper manufacturer solution; it’s also ideal for the following industries and products:
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Apparel Accessories: Marking on buttons, belt buckles, hardware, etc.
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Electronic Products: Marking on phone cases, chargers, data cables, headphones, etc.
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Hardware Tools: Marking on screws, wrenches, knives, bearings, etc.
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Jewelry: Engraving patterns and text on rings, necklaces, bracelets, etc.
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Medical Devices: Marking on scalpels, screws, etc., for traceability and branding.
Zipper Marking: A Comprehensive Comparison Between CCD Laser Marking and Traditional Methods
In the zipper manufacturing industry, choosing the right marking technology is crucial for boosting efficiency and product value. Traditional methods like ink printing and mechanical engraving have significant performance differences when compared to the modern CCD Laser Marking Machine. Here’s a detailed comparison of the two across key production aspects.
1. Automation and Production Efficiency
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Traditional Methods (Ink Printing / Mechanical Engraving)
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Highly reliant on manual labor: Requires workers to manually place and align zippers one by one, making automation impossible.
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Low efficiency: The cumbersome process significantly slows down overall production, especially for large-volume orders, affecting delivery times.
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CCD Laser Marking Machine
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Fully automated and unmanned: Thanks to its CCD vision recognition system, the machine automatically captures and locates zippers scattered on a tray or conveyor belt, eliminating the need for manual alignment.
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Ultra-fast batch production: It can mark multiple zippers within its field of view simultaneously, enabling a “load and mark” automated workflow that increases production efficiency by several times.
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2. Marking Quality and Precision
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Traditional Methods (Ink Printing / Mechanical Engraving)
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Limited precision: Ink printing often results in blurry patterns and unclear edges, affecting the product’s aesthetic. Mechanical engraving can leave burrs and scratches, damaging the zipper’s surface.
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Non-durable marks: Ink marks can easily fade, wear off, or rub away due to friction and cleaning, failing to provide a permanent solution.
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CCD Laser Marking Machine
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High precision with no deviation: The laser beam has a micron-level spot size, allowing it to precisely mark complex logos, tiny text, or QR codes. Each mark is flawless and sharp.
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Permanent marking: The laser creates a mark by physically or chemically altering the material’s surface. This makes the marks highly resistant to wear, corrosion, and weathering, ensuring they never fade and enhancing the product’s quality and anti-counterfeiting features.
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3. Cost and Maintenance
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Traditional Methods (Ink Printing / Mechanical Engraving)
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High consumable costs: Requires a continuous purchase of ink, solvents, printing plates, or cutting tools, leading to high long-term operational costs.
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Complex maintenance: Equipment needs regular cleaning, and parts like blades or plates need to be replaced, making maintenance time-consuming and cumbersome.
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CCD Laser Marking Machine
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Zero consumables: As a non-contact process, laser marking produces no consumables, significantly reducing operational costs.
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Simple maintenance: The machine has a stable structure. Routine maintenance is minimal, usually just requiring periodic lens cleaning, with virtually no additional maintenance expenses.
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4. Flexibility and Environmental Impact
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Traditional Methods (Ink Printing / Mechanical Engraving)
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Low flexibility: Changing the marking content or design requires new plates or tooling, which is time-consuming and costly.
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Environmental pollution: Ink and solvents contain volatile organic compounds (VOCs) that are harmful to the environment and worker health.
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CCD Laser Marking Machine
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Highly flexible: You can quickly change marking content in the software without any physical adjustments, allowing you to adapt to diverse order requirements easily.
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Eco-friendly and pollution-free: The marking process doesn’t produce any chemical waste or pollutants, making it a clean and environmentally friendly manufacturing method.
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Conclusion:
The CCD Laser Marking Machine has become the preferred solution for zipper marking due to its clear advantages in automation, precision, low cost, and environmental friendliness. It helps businesses significantly boost production efficiency and product quality while effectively reducing operational costs, allowing them to stay ahead in a competitive market.
Frequently Asked Questions (FAQ)
1. What’s the difference between a CCD laser marking machine and a regular one?
The biggest difference is the CCD vision system. Regular laser markers require a worker to manually align each part, one at a time, which is slow. A CCD laser marker uses its vision system to automatically identify and locate multiple or irregularly placed items at once, enabling true automated batch production.
2. Will laser marking damage the zipper’s surface or material?
No, it won’t. Laser marking is a non-contact process. It uses a high-energy laser beam to create a permanent mark on the material’s surface without causing any physical damage or deformation to the zipper itself. We offer different laser types for various materials like metal, plastic, and nylon to ensure a flawless, non-destructive mark.
3. Will the laser mark fade or wear off over time?
No. Laser marking is permanent. It alters the material’s surface through a physical or chemical reaction, making the mark highly resistant to wear, corrosion, and weathering. The mark won’t fade over time, which also helps with product authenticity and traceability.
4. Is the equipment’s maintenance expensive?
The maintenance cost is very low. A laser marker is a no-consumable device, meaning you won’t need to buy ink, solvents, or cutting tools. Routine maintenance is simple, typically only requiring you to clean the lens, so there are virtually no extra maintenance costs.
5. Is the machine difficult to operate? Will my workers learn quickly?
The software interface is simple and intuitive, making the machine very easy to operate. We provide comprehensive manuals, video tutorials, and professional training to ensure your workers can quickly learn to use the equipment efficiently.
6. What kind of after-sales service do you offer if the equipment has an issue?
We provide a complete after-sales service system, which includes remote technical support, online diagnostics, and on-site repair services. Our professional technical team will respond quickly to ensure your production line runs smoothly and reliably.
7. What types of zippers can your equipment mark?
Our equipment can mark all kinds of zippers and materials, including metal, resin, and nylon zippers, as well as various special shapes of zipper pulls and sliders.
CCD Visual Position Laser Marking Video
Request a Quote for a CCD Visual Position Laser Marking Machine
SISMAR LASER has CCD visual Position laser machines and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing laser marking system or an excellent choice for your first laser machine.
Request a quote for a high-quality green laser marking machine that exceeds your expectations. You can also schedule a demo to see how green laser marking works.
welcome to SISMAR laser. very glad to answer any questions about our fiber laser marking/cutting machines.
3D Fiber Laser Marking Machine
3D Laser Marking Solutions
Precision 3D Laser Marking Machines for Industrial Applications
3D Fiber Laser Marking Machine
The 3D Fiber Laser Marking Machine is the ultimate solution for marking on complex surfaces. It combines all the benefits of a 2D laser system and adds the ability to mark on spherical objects, curved surfaces, and even 45-degree angles. With high precision and dynamic focus adjustment, this machine delivers detailed, durable markings on a wide range of materials, including metal, plastic, and ceramics. Perfect for industries requiring versatile and high-quality laser engraving.
3D Fiber Laser Engraving Cutting Machine Models
Elevate Your Marking and Cutting Capabilities with 3D Laser Technology
Unlock new dimensions in precision and efficiency with our 3D Fiber Laser Marking Machine. Designed to handle flat surfaces, intricate 3D designs, and even precious materials like gold and silver, this machine offers unparalleled versatility and speed.
Key Features:
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Curved Surface Marking: Effortlessly mark on curved surfaces and spherical objects with exceptional precision, surpassing traditional rotary marking methods.
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3D Deep Engraving: Achieve deep, intricate engravings on various materials, including metal, plastic, and ceramic, with ease and efficiency.
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Large Format Laser Marking: Handle larger projects with a 300mm x 300mm plane marking area and 150mm x 150mm x 60mm curved marking capacity, ensuring consistent quality across extensive surfaces
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Laser Cutting for Precious Materials: Precisely cut gold, silver, and other precious metals, ensuring clean, smooth cuts ideal for jewelry making and custom designs.
Advantages Over Traditional 2D Laser Marking:
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Dynamic Focus Tracking: Real-time tracing of deep curves and precise focusing areas ensures consistent accuracy across complex surfaces.
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Enhanced Efficiency: Experience significantly improved speed without compromising quality, streamlining your production process.
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Versatile Marking Modes: Mark on oblique planes, circular cones, spherical surfaces, and extruded shapes, redefining traditional marking capabilities.
Explore New Possibilities with 3D Laser Technology
Embrace the future of engraving and cutting with our 3D Laser Marking Machine. Whether you’re creating intricate engravings, marking complex surfaces, or cutting precious metals, this machine offers unmatched precision, speed, and versatility. Break free from the limitations of traditional 2D marking and elevate your work to new heights.
For more information or to request a demonstration, contact us today.
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model |
SL-3D30W |
SL-3D50W |
SL-3D100W |
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Output power |
30W |
50W |
100W |
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Pulse power |
1MJ |
1MJ |
1MJ |
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Repetitive Rate |
30K-200KHZ |
50K-200KHZ |
50K-200KHZ |
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Wavelength |
1064nm |
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Guide laser |
Red light/655nm wavelength/output1.0mw |
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Marking range |
140mm*140mm |
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Optional marking range |
70mm*70mm/100mm*100mm/170mm*170mm/200mm*200mm/300mm≤400mm |
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Hight/Depth range |
±20mm |
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Marking model |
XYZ axis dynamic focusing |
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Min line width |
0.03mm |
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Marking speed |
≤10000mm/s |
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Operate system |
WIN7/WINXP |
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Support font |
True type,AUTOCAD,Others |
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1D barcode |
CODE39/CODE128/TIF/CODABAR/EAN/UPC |
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2D barcode |
QR/PDF417/DATA Matrix(ECC220) |
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Support format |
PLT/DXF/DWG/SVG/STL/BMP/JPG/PNG/TIF |
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Working environment |
Temperature:10℃-35℃ Humidity 5%/75% |
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Power consumption |
Single phase 110v/220v optional/50-60HZ |
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Cooling way |
Air cooling |
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1. Comparison of Laser Marking Machine Types:
| Feature | 3D Laser Marking Machine | 2D Laser Marking Machine | 2.5D Laser Marking Machine |
|---|---|---|---|
| Working Principle | Uses dynamic focus tracking, capable of marking complex 3D surfaces like inclined, spherical, and concave surfaces. | Primarily used for flat or simple curved surfaces, not capable of handling complex 3D shapes. | Suitable for 2D marking and flat relief, able to handle simpler relief effects. |
| Surface Type | Can mark flat, curved, spherical, conical, and other complex 3D surfaces. | Only flat surfaces. | Suitable for flat relief and some simple curved surface marking. |
| Depth Control | Offers depth control, perfect for deep 3D engraving and curved surface relief. | Suitable for regular deep engraving but cannot create relief effects. | Suitable for flat relief and shallow engraving, providing different depth effects. |
| Precision | High precision, ideal for complex 3D engravings and curved surface relief. | High precision, ideal for flat marking and simple deep engravings. | High precision, suitable for flat relief and some basic 3D relief. |
| Materials | Can be used on metals, plastics, ceramics, etc., especially for complex surfaces and deep engravings. | Suitable for metals, plastics, etc., ideal for flat marking and deep engraving. | Suitable for metals, plastics, ceramics, etc., ideal for flat relief and shallow engravings. |
| Processing Speed | Generally slower, suitable for complex curved surface and deep engraving tasks. | Faster, suitable for large-volume deep engraving tasks. | Moderate speed, suitable for flat relief and shallow engraving tasks. |
| Application Scenarios | Ideal for complex surface relief, deep engraving, and fine marking tasks such as jewelry, aerospace, medical equipment, etc. | Suitable for regular deep engraving, such as marking simple signage, tools, and electronic products. | Ideal for flat relief effects, artistic engraving, decorative marking, etc. |
2. Summary:
- 3D Laser Marking Machine: Capable of performing all the tasks of 2.5D and curved surface relief, perfect for high-precision, deep engraving, and complex surface marking applications.
- 2D Laser Marking Machine: Primarily used for flat deep engraving tasks, faster speed, suitable for simple deep engraving applications in large-scale production.
- 2.5D Laser Marking Machine: Handles 2D marking and flat relief, suitable for fine flat engravings and simpler relief applications.
All three types of laser marking machines can be used for cutting and marking gold and silver, allowing you to choose the right machine based on your specific needs.
Transform Your Marking & Engraving with 3D Laser Technology!
The 3D Laser Marking Machine is designed to handle complex surfaces and deliver high-precision results across a variety of applications. From intricate jewelry engraving to cutting-edge aerospace components, this machine redefines the way you work with materials. Let’s explore the top applications:
1. Jewelry Marking & Engraving 💍
Precision for Every Piece
The 3D Laser Marking Machine is perfect for custom jewelry designs. It allows you to engrave intricate details and mark curved surfaces on rings, necklaces, bracelets, and more.
- Custom designs on spherical, flat, and complex shapes.
- Engraving serial numbers and logos with high accuracy.
2. Aerospace & Automotive Components ✈️🚗
Mark Complex Parts with Ease
Whether you’re marking turbine blades or engine parts, the 3D Laser Marking Machine handles detailed information on complex surfaces.
- Precise serial numbers and barcodes on curved and intricate surfaces.
- High-quality results for critical aerospace and automotive components.
3. Medical Devices & Equipment 🏥
Ensuring Safety & Compliance
In the medical field, every engraving must be precise and reliable. The 3D Laser Marking Machine is used to engrave serial numbers, logos, and safety markings on medical tools, implants, and diagnostic devices.
- Traceability and compliance for medical-grade equipment.
- Engraving on curved or delicate surfaces with precision.
4. Custom & Artistic Engraving 🎨
Unleash Your Creativity
Artists and designers can create intricate 3D engravings on a variety of materials, including wood, leather, glass, and metal. The 3D laser makes it easy to mark custom patterns and artistic designs.
- Engrave detailed 3D designs with exceptional clarity.
- Perfect for personalized and one-of-a-kind art pieces.
5. Electronics & Microelectronics 🔌
Marking Tiny Components with Precision
For small parts like PCBs, semiconductors, and connectors, the 3D Laser Marking Machine provides flawless markings on micro-sized components.
- No material damage—perfect for delicate electronic parts.
- High precision for tiny, complex engravings.
6. Tool & Mold Marking 🛠️
Mark Every Tool & Mold with Precision
In industrial manufacturing, marking tools and molds with serial numbers, part numbers, and logos is crucial. The 3D Laser Marking Machine handles intricate details on every part.
- Long-lasting results for industrial components.
- Perfect for traceability and quality control.
7. Optical Components & Lenses 👓
Precision Engraving for Optical Components
Whether you’re marking lenses, optical mirrors, or other precision instruments, the 3D Laser Marking Machine delivers high-quality results.
- Engrave logos, barcodes, and precision measurements.
- Perfect for curved optical surfaces.
8. Metal & Precious Material Cutting 💎
Precision Cutting Without Compromise
The 3D Laser Marking Machine is ideal for cutting gold, silver, and platinum with clean, smooth edges.
- High-precision cutting for luxury items and custom jewelry.
- Engraving and cutting precious metals with zero material damage.
9. Custom Nameplates & Tags 🏷️
Make Your Brand Stand Out
Create personalized nameplates, tags, and labels with intricate engravings and high-definition details.
- Custom designs for branding and personalization.
- Marking on a variety of materials with high precision.
Why Choose the 3D Laser Marking Machine?
The 3D Laser Marking Machine is the ultimate tool for industries that demand precision, versatility, and efficiency. Whether you’re marking intricate designs on jewelry, cutting precious metals, or engraving complex aerospace parts, this machine delivers outstanding results every time.
Unlock new possibilities with 3D Laser Technology—take your marking and engraving to the next level today! 🚀
Frequently Asked Questions (FAQ)
1️⃣ What is a 3D Fiber Laser Marking Machine?
A 3D Fiber Laser Marking Machine uses advanced fiber laser technology to engrave, mark, and etch three-dimensional designs on various materials. Unlike traditional 2D marking machines, it allows for intricate and precise 3D engraving on curved, uneven, or complex surfaces like metal, plastic, ceramics, and more.
2️⃣ How does a 3D Fiber Laser Marking Machine work?
The machine utilizes a fiber laser beam that focuses on the surface of the material. It then scans the surface in multiple directions to create deep, detailed engravings. The 3D aspect comes from its ability to work with three-dimensional surfaces, enabling engraving on curved, angled, or contoured items without compromising precision.
3️⃣ What materials can a 3D Fiber Laser Marking Machine mark?
This machine is highly versatile and can mark a wide range of materials, including:
- Metals (stainless steel, aluminum, gold, silver, etc.)
- Plastics (ABS, PC, PVC)
- Ceramics
- Glass
- Wood
- Leather
- Anodized metals
It can handle both hard and soft materials, making it perfect for industrial and personalized applications.
4️⃣ How is 3D marking different from traditional 2D marking?
While 2D laser marking is limited to flat surfaces, the 3D Fiber Laser Marking Machine can work on curved, angled, and uneven surfaces, enabling the creation of intricate, three-dimensional designs. This opens up possibilities for highly detailed engravings on complex parts, including jewelry, tools, and medical devices.
5️⃣ What industries benefit from using a 3D Fiber Laser Marking Machine?
The 3D Fiber Laser Marking Machine is used across many industries, including:
- Automotive (marking serial numbers, logos, and part numbers)
- Aerospace (engraving technical markings on parts)
- Jewelry (custom engravings on rings, bracelets, and pendants)
- Medical (marking surgical instruments, implants)
- Electronics (engraving serial numbers, barcodes, and logos)
- Tooling & Manufacturing (engraving part numbers and dimensions on tools)
6️⃣ Can the 3D Fiber Laser Marking Machine handle high-volume production?
Yes, this machine is ideal for high-volume production. It provides fast engraving speeds while maintaining high precision over long periods of operation. With automated controls, it can mark hundreds to thousands of parts quickly and consistently, making it perfect for industrial applications.
7️⃣ How precise is the engraving on a 3D Fiber Laser Marking Machine?
The 3D Fiber Laser Marking Machine offers exceptional precision, with the ability to engrave detailed micro-sized patterns (down to 0.01mm). The focus and resolution of the laser beam ensure that highly intricate designs are replicated with great accuracy on both flat and 3D surfaces.
8️⃣ What are the benefits of using a 3D Fiber Laser Marking Machine?
Some of the key benefits include:
- High precision for detailed and intricate designs
- Ability to engrave complex 3D shapes without distortion
- No material wear like traditional engraving methods
- Minimal heat-affected zone for delicate materials
- Low maintenance costs compared to other engraving methods
- Long lifespan of the fiber laser source, reducing long-term costs
9️⃣ Is it easy to operate a 3D Fiber Laser Marking Machine?
Yes, the 3D Fiber Laser Marking Machine comes with user-friendly software that allows for easy setup and operation. The system often includes pre-programmed templates and the option to import CAD files for seamless design integration. Training is typically quick and straightforward, making it accessible for both beginners and experienced users.
🔟 What power options are available for the 3D Fiber Laser Marking Machine?
The 3D Fiber Laser Marking Machine is available in various power ranges to suit different applications, typically ranging from 20W to 100W. Higher power models are ideal for deep engraving or cutting harder materials, while lower power models are perfect for fine detail engraving on softer materials.
1️⃣1️⃣ Can I use the machine for both engraving and cutting?
Yes, the 3D Fiber Laser Marking Machine can both engrave and cut materials, depending on the power and settings. While it is primarily designed for engraving, higher-powered machines can also cut through thin metals, plastics, and other materials with precise edges.
1️⃣2️⃣ What are the maintenance requirements for the 3D Fiber Laser Marking Machine?
The 3D Fiber Laser Marking Machine requires minimal maintenance. Regular cleaning of the lens and checking the cooling system are essential. It’s important to maintain the machine’s laser module and focus lens for optimal performance. Additionally, ensuring the system is free from dust and debris will help keep the machine running smoothly.
1️⃣3️⃣ What types of software are compatible with the 3D Fiber Laser Marking Machine?
The 3D Fiber Laser Marking Machine typically supports various design software such as:
- CorelDRAW
- AutoCAD
- Adobe Illustrator
- LightBurn
It can easily import vector-based files (like DXF, PLT, SVG, and AI) for engraving. The machine may also come with its own proprietary software that allows for easy control and adjustments.
1️⃣4️⃣ How fast can the 3D Fiber Laser Marking Machine engrave?
The speed of engraving depends on the complexity of the design, material, and the laser power used. Generally, the machine can engrave at speeds ranging from 50mm/s to 1000mm/s, allowing for fast and efficient marking even on large volumes.
1️⃣5️⃣ Can the machine be used for both industrial and personal applications?
Yes, the 3D Fiber Laser Marking Machine is versatile enough for both industrial-scale production and personal, small-scale projects. Whether you are a jewelry maker, a tool manufacturer, or involved in personalized gifts, this machine offers the flexibility and precision to meet your needs.
More video of Relief engraving,laser cutting of 3D fiber laser machine
Request a Quote for a Fiber Laser Marking Machine
SISMAR LASER has fiber laser machines and other solutions for many industrial applications. Our solutions can serve as an upgrade to your existing laser marking system or an excellent choice for your first laser machine.
Request a quote for a high-quality fiber laser marking machine that exceeds your expectations. You can also schedule a demo to see how fiber laser marking works.
welcome to SISMAR laser. very glad to answer any questions about our fiber laser marking/cutting machines.