Details Product Parameters Samples Video
A rotary laser marking machine is a device specially designed for laser marking cylindrical or rotating objects. It uses laser technology to mark, engrave or cut on the surface of various materials, and is suitable for processing irregular or circular workpieces.
Working Principle:
The rotary laser marking machine uses a high-energy laser beam to mark the surface of an object at high speed and high precision. This model is usually equipped with a rotary fixture that enables the workpiece to rotate 360° during the marking process, thereby achieving all-round marking of the entire surface. During operation, the beam emitted by the laser is focused on the surface of the workpiece through an optical system, melting or vaporizing the material to form a clear and lasting mark.
It is mainly used in occasions that require finer and higher precision, such as marking of food and pharmaceutical packaging materials, and cutting of complex graphics. The rotary laser marking machine ensures the consistency and high quality of the processing effect through the dynamic rotation and precise control of the laser beam.
● One-piece integrated design, better meet the user's industrial production needs, small size, high space utilization.
● The equipment adopts air-cooling technology, without the support of water-cooling system, longer service life.
● High beam quality, small spot size, narrow marking line width, more suitable for fine marking.
● Electro-optical conversion efficiency can reach more than 30%, energy saving and power saving.
● Adopt red light positioning system, convenient positioning, high positioning accuracy.
● According to the actual needs of customers, optional accessories, such as rotary device, 2D/3D worktable, pen turntable and other fixtures.
Laser source
Good beam quality, stable performance, long service life (100,000 hours), and maintenance-free. MAX, Raycus, JPT and other brands can choose.
High quality galvanometer
The high-speed digital galvanometer scanning head has good running stability and high positioning accuracy, which can realize high-speed marking and high precision.
F-theta lens
Intelligent F-theta lens, the fiber laser beam is focused to the surface of the workpiece through the lens, and the energy is sufficient.
Built-in air cooling
With built-in air cooling design, the heat dissipation performance is better, can effectively extend the service life of optical components.
Rotating device
Equipped with advanced control system, it can realize automatic operation, greatly reduce manual intervention and improve production stability.
Parameters such as marking content, speed and depth can be flexibly set as needed to meet different production needs.
Red light positioning
Scanning with red light before marking, previewing the marking position in advance, identifying the positioning size, so that the marking position of each workpiece is accurate and error-free.
Control panel
BJJCZ brand original EZCAD control system has the characteristics of high stability, easy operation and good performance.
All-aluminum operating table
The all-aluminum operating table is selected, the porous position is flexibly positioned, and the processing direction is flexibly adjustable.
As an advanced marking equipment, the rotary laser marking machine has many significant advantages and is suitable for a variety of industries and materials. The following is a detailed introduction to its main advantages:
1. High-precision marking
● Micron-level resolution: The rotary laser marking machine can achieve extremely high resolution, and the details of the mark are very clear, which is suitable for complex LOGO, barcodes and QR codes, etc.
● Consistency: Since laser marking is controlled by a computer, every mark of the marking can maintain consistency, thus ensuring the standardization and professionalism of the product.
2. Wide range of material applicability
● Diverse materials: The rotary laser marking machine can flexibly handle a variety of materials, including metals (such as stainless steel, aluminum, copper), non-metals (such as plastics) and composite materials.
● Non-destructive processing: For many materials, laser marking can be completed without damaging the substrate, and will not cause deformation or wear during mechanical processing.
3. Fast production efficiency
● High-speed marking: The design of the rotary laser marking machine enables it to quickly complete high-efficiency processing, suitable for large-scale production needs, and can greatly improve production efficiency.
● Continuous operation: The machine can run continuously without frequent stops for adjustments, which is very suitable for automated production lines.
4. Long-lasting marking quality
● Wear resistance: Laser-marked marks are generally resistant to wear, corrosion, and UV rays, ensuring that the mark is clearly readable throughout the product's life cycle.
● Permanence: Laser marking is a physical change that is permanent and not easy to fade or wear. Compared with traditional printing and labeling methods, it is more durable.
5. Non-contact processing
● Reduce physical damage: Since laser marking does not require direct contact with the material, it can avoid physical damage or deformation that may be caused during the processing process.
● Flexibility: It can handle workpieces with complex or irregular shapes, such as pipes, bottles, or other various curved surfaces, and has good adaptability.
6. Environmental protection
● No chemicals: Laser marking does not involve any inks or chemicals, which reduces pollution to the environment and avoids the trouble of chemical handling and storage.
● Low energy consumption: Compared with traditional marking and printing technologies, laser marking has relatively low energy consumption, which is in line with the environmental protection trend of modern industry.
7. Programmability and flexibility
● Versatility: The marking content, style and location can be easily changed by modifying the computer program, which can meet a variety of different marking needs.
● Easy to operate: Modern rotary laser marking machines are usually equipped with a user-friendly interface, which is convenient for operation and maintenance, reducing the requirements for professional skills.
8. Save space and reduce costs
● Compact design: Many rotary laser marking machines are compact in design and take up little space, which is very suitable for production environments with limited space.
● Long life and low maintenance cost: The laser has a relatively long life, a low failure rate, and relatively low subsequent maintenance and consumables costs, which helps to reduce overall operating costs.
9. Compliance with multiple industry standards
● Traceability: Laser marking can be marked according to industry standards, such as the traceability QR code of pharmaceutical packaging, to ensure compliance with regulatory requirements.
● High adaptability: Whether in electronics, medical, automotive, aviation and other fields, rotary laser marking machines can find suitable application scenarios.
Rotary laser marking machines are becoming an indispensable tool in modern manufacturing with their outstanding accuracy, efficiency, durability and environmental friendliness. Click here to contact Suntop Laser now for more detailed information.
D80 Rotating Shaft
D57 Small Chuck
D57 Mini Chuck
Rotating Shaft
Round Turntable
2D Table (X.Y direction)
Cutting Fixture
LED Light
Laser Power | 20W | 30W | 50W | 60W | 70W | 100W |
Model | ST-FL20P | ST-FL30P | ST-FL50P | ST-FL60P | ST-FL70P | ST-FL100P |
Max Marking Range | 110*110mm /150*150mm | 200*200mm | 300*300mm | 450*450mm | 450*450mm | 450*450mm |
Depth of Single Marking | 0.01mm | 0.03mm | 0.06mm | 0.07mm | 0.07mm | 0.1mm |
Same pattern marking efficiency | 10s | 7 s | 4s | 3s | 3s | 2s |
Whole Machine Power | 600W/h | |||||
Laser Type | Fiber Laser | |||||
Laser Source | MAX Brand (Raycus can choose) | |||||
Control Software | EZCAD | |||||
Cooling Mode | Air Cooling | |||||
Working Accuracy | ±0.002MM | |||||
Marking Speed | 0-7000mm/s | |||||
Repetition Frequency | 20-100KHz | |||||
Laser Wavelength | 1064nm | |||||
Minimum Font for Marking | 0.15mm | |||||
Working Voltage | 220V±10%, 50/60 Hz | |||||
Graphic Format Supported | AI, PLT, DXF, BMP, DST, DWG, DXP | |||||
Applicable Material | All metal (Stainless steel, Carbon steel, Brass, etc.) and some plastic (ABS, PVC, PES, ETC.) | |||||
Optional Accessories to Purchase | D80 Rotating Shaft/ D57 Small Chuck/2D Table (X.Y direction)/ Cutting Fixture | |||||
Net Weight (KG)/ Gross Weight | 38KG / 48KG | |||||
Machine Dimension | 420*300*550mm (L*W*H) | |||||
Suitable for working with most metal marking applications such as Gold, Silver, Stainless Steel, Brass, Aluminum, Steel, Iron Titanium etc., and can also mark on many nonmetal materials, such as ABS, Nylon, PES, PVC etc.
Rotary laser marking machines are used in multiple industries and fields due to their high precision, high efficiency and wide material applicability. Here are some of the main uses of rotary laser marking machines:
Industrial manufacturing
- Metal parts marking: used to mark various metal parts, such as automotive parts, mechanical components, etc., to provide permanent markings, including serial numbers, barcodes and patterns.
- Tools and molds: engrave logos, specifications and other important information on tools and molds for easy traceability and management.
Electronics industry
- Electronic components: Marking on components such as circuit boards, chips, connectors, etc. to ensure product traceability and quality management.
- Home appliances: Marking logos on home appliances such as refrigerators and washing machines to increase brand recognition.
Medical industry
- Medical devices: Marking on various medical devices (such as surgical instruments, implants) to provide necessary traceability information and instructions for use.
- Pharmaceutical packaging: Marking QR codes or batch numbers on pharmaceutical packaging to ensure traceability and legality.
Aerospace
- Aviation parts: Mark aircraft parts with compliance certification and safety information to meet strict industry standards.
- Aviation equipment: Mark aviation equipment to improve management efficiency and verification accuracy.
Consumer goods
- Trophies and souvenirs: Personalize and mark customized trophies, souvenirs, etc. to increase added value and aesthetics.
- Accessories: Mark products such as jewelry and watches to enhance brand image and recognition.
Food and beverage industry
- Packaging marking: Mark production date, shelf life and barcode on food packaging to ensure food traceability and safety.
- Brand logo: Mark brand symbols or product information on beverage bottles and cans.
Machinery industry
- Equipment identification: Mark models, specifications and QR codes on machinery and equipment to facilitate daily maintenance and management.
- Machinery parts: Mark machinery parts to improve management efficiency and information communication.
Personalized Customization
- Gifts and Personalized Products: Personalized gifts and souvenirs can be customized for individual customers, providing more unique marking services.
The application of rotary laser marking machines in different industries shows its flexibility and adaptability to meet various marking needs. Click here to contact Suntop Laser for a free laser marking test.
Comparison | Fiber Laser Marking Machine | Inkjet machine |
Print color | Black PE marking white, White PVC mark black, and may more colors depend on products | Can inkjet one color only |
Laser source | You can choose UV, Fiber, RF laser source | No |
Consumable parts | No | Filter needs to replaced regularly |
Consumables costs | No | Expensive (Ink and solvents) |
Maintenance | Minimal (Clean lens regularly) | Heavy (Ink line must be clean frequently) |
Environmental | No | Ink and solvents emit a taste that’s not good for workers |
Printing effect | Beautiful, permanent, never fade, even in the water | Non-permanent, easy to erase |
Summary: Laser marking machine has lower usage cost, forever marking, and environmentally friendly. | ||
The effect of laser marking is generally considered to be very excellent and reliable, which is specifically manifested in the following aspects:
1. High precision and clarity
- Resolution: Laser marking can achieve extremely high resolution, and the marked text, patterns, barcodes and QR codes are very clear, which can meet the needs of complex designs.
- Detail performance: Delicate patterns and small fonts can be accurately marked, suitable for high-demand applications.
2. Persistence and durability
- Wear resistance: Laser marking is usually formed by removing the surface of the material or changing the structure of the material, so it has strong wear resistance and is not easy to fade or be scratched.
- Chemical resistance: The effect of laser marking is usually resistant to chemical corrosion and is suitable for products that need to be used in harsh environments.
3. Color and effect changes
- Diversity: Laser marking can achieve different effects on different materials, such as different color changes (oxide layer changes) on metal surfaces, and gray or white appearance on some plastics.
- Surface treatment: Laser marking can also be combined with surface treatment technology to further enhance the marking effect.
4. Non-destructive and environmentally friendly
- No consumables pollution: Laser marking does not require the use of ink or other chemical materials, which is environmentally friendly and reduces waste generation.
- No direct contact: Laser marking is a non-contact process that does not damage the material, thereby ensuring the integrity of the substrate.
5. Wide range of applications
- Various materials: Laser marking can be applied to a variety of materials such as metal, plastic, glass, wood, leather, etc., with strong applicability.
- Industry application: Widely used in electronics, automobiles, pharmaceuticals, food packaging, tool manufacturing and other industries.
Laser marking has performed well in many industrial and commercial fields with its high precision, durability, environmental protection and wide applicability, and is favored by more and more companies. Through laser marking, not only can the aesthetics of the product be improved, but also the recognition and durability of the product can be enhanced. Click here to contact Suntop Laser to get various material marking tests.
Choosing the best rotary laser marking machine involves multiple factors, including application requirements, material type, production efficiency, and budget. Here are some key considerations and guidelines to help you make an informed choice:
1. Application requirements
- Marking content: Determine what you need to mark (text, pattern, QR code, etc.) and its complexity.
- Marking speed: Consider the marking speed based on production requirements and ensure that the laser marking machine can meet the production line's beat.
- Marking depth: Different applications may require different marking depths. Make sure the machine you choose can adjust the power and speed according to the material requirements.
2. Material type
- Material compatibility: Make sure the laser marking machine can handle the materials you use, such as metal, plastic, glass, wood, etc.
- Material properties: Some materials behave differently when laser marked, and the thermal sensitivity and reflectivity of the material need to be considered when choosing.
3. Laser type
- Fiber laser: Suitable for metal materials and some plastics, with high efficiency and high marking quality.
- CO2 laser: Suitable for non-metallic materials (such as wood, plastic, etc.), suitable for processing organic matter.
- UV laser: suitable for heat-sensitive materials, delicate marking effect, suitable for high-end applications.
4. Accuracy and resolution
- Choose the right model according to your application requirements. The higher the resolution, the clearer the marking effect.
5. Production efficiency
- Processing speed: The speed of the rotary laser marking machine directly affects the marking efficiency. When choosing, you need to pay attention to the speed and efficiency of marking.
- Automation: Some machines support automatic loading and unloading functions, which can improve the continuity and efficiency of production.
6. Operation and maintenance
- User interface: Is the operating system friendly, easy to program and operate.
- Maintenance requirements: Understand the maintenance requirements of the equipment to ensure that you can get the support and service you need.
7. Budget and cost-effectiveness
- Under the premise of ensuring performance, choose a laser marking machine that meets the budget. Consider the initial investment, operating cost and maintenance cost of the equipment.
8. Manufacturer and after-sales support
- Choose a laser marking machine manufacturer with a good reputation to ensure that it provides stable technical support and after-sales service.
- You can consult other users' feedback to evaluate the reliability and durability of the equipment.
9. Trial and Demonstration
- Request an on-site trial or demonstration from the supplier whenever possible to evaluate whether the performance and effect of the equipment meet your needs.
10. Accessories and Options
- Learn about optional accessories and attachments that may enhance the functionality and flexibility of the equipment, such as rotary devices, automatic feeding systems, protective covers, etc.
Choosing a rotary laser marking machine requires comprehensive consideration of many factors, including application requirements, material type, laser technology, production efficiency, etc. Click here to contact Suntop Laser immediately and communicate with our professional technicians to ensure that the selected equipment can meet your production needs to the greatest extent. Through careful evaluation and reasonable selection, it can help you improve production efficiency and product quality.
There are several advantages and reasons to choose Suntop Laser as a supplier of laser marking machines and related equipment:
Technical Strength
Advanced laser technology: Suntop Laser is usually equipped with the latest laser technology, including fiber laser, CO2 laser and UV laser, etc., which can meet the needs of different materials and applications.
Innovative products: Continuous R&D and innovation, launching new products to adapt to market changes and customer needs.
Diversified product lines
Wide range of applications: Suntop Laser provides a variety of types of laser marking machines for different industries, such as electronics, automotive, medical, food packaging, etc.
Customized solutions: Ability to provide customized laser marking solutions according to customers' special needs.
Reliable after-sales service
Strong technical support: Suntop usually provides timely technical support and training to ensure that customers can use the equipment effectively.
Long-term guarantee: Equipment usually comes with warranty and maintenance services to reduce customers' operational risks.
High-cost performance
By optimizing production processes and cost management, Suntop Laser is able to provide competitive prices to ensure that customers get a good return on their investment.
Good industry reputation
Customer testimonials and cases: Many customers have given positive comments on Suntop Laser's service and product quality, enhancing its trust in the market.
Industry experience: Years of industry experience have enabled it to better understand customer needs and provide high-quality solutions.
International market
Global market supply: Suntop Laser's products can be sold in the international market, with export capabilities and market recognition, and can provide customers with international standard services.
Choosing Suntop Laser can provide customers with high-quality laser marking solutions. Its technical strength, user experience, after-sales service, and cost-effectiveness are all factors worth considering. If you are looking for a laser marking machine or other related equipment, Suntop Laser can be a strong choice. Click here to contact Suntop Laser for more information to ensure that it meets your specific needs.
Q1: What is the difference with traditional laser marking machine?
A1: Rotary laser marking machine is mainly designed for cylindrical workpieces or irregularly shaped workpieces, which is able to complete the marking of the whole surface in one time, while the traditional laser marking machine is usually applied to flat surfaces.
Q2: What is the speed and accuracy of rotary laser marking?
A2: Rotary laser marking machine usually has high marking speed and accuracy, suitable for mass production, can effectively improve production efficiency, and ensure the clarity and durability of the mark.
Q3: How difficult is it to maintain the machine?
A3: The maintenance of rotary laser marking machines is relatively simple. Common maintenance tasks include cleaning the laser head, checking the condition of the laser, and calibrating the equipment regularly. Detailed maintenance instructions are usually described in the equipment manual.
Q4: How safe is the Rotary Laser Marker?
A4: Rotary laser markers are designed with safety in mind and are usually equipped with a laser shield and emergency stop button. Users should wear appropriate laser protective eyewear and follow safety procedures when operating the machine.
Q5: How are operators trained?
A5: Laser marking machines are very easy to operate and we provide user manuals and videos to help operators learn how to properly use and maintain their rotary laser markers.
Q6: What is the cost of a rotary laser marker?
A6: The cost of rotary laser marking machines varies depending on factors such as brand, model, laser type and feature configuration. It is recommended to compare multiple suppliers to get the most cost-effective option.
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