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Details Product Parameters Samples Video
Since the laser cutting technology was first applied to industry in the 1960s, with the continuous advancement of science and technology, it has gradually become one of the important processing methods in the manufacturing industry. Laser cutting can achieve efficient and precise cutting by focusing a high-energy laser beam on the surface of the material. It is widely used in many fields such as metal processing, mold manufacturing, electronics industry, and aerospace. In recent years, with the improvement of processing accuracy and cutting quality requirements, laser cutting technology has also been evolving, moving towards higher speed, higher precision and more intelligent.
Against this background, ultra-high precision small fiber laser cutting machines came into being. This type of equipment combines the high efficiency of fiber lasers with the superior performance of linear motor systems, and the cutting accuracy can reach ±0.004 mm, meeting the strict processing requirements for small precision parts. With the widespread application of miniaturization and high-precision equipment in various industries, such as the manufacture of medical devices, electronic equipment and aerospace components, the market demand for ultra-high precision small fiber laser cutting machines is growing. It plays an important role in improving production efficiency, ensuring product quality and reducing manufacturing costs, and has become an indispensable part of modern manufacturing technology.
1. Utilize the renowned Swiss brand Raytools laser cutting head, which is equipped with a dynamic automatic focusing system. This system ensures that the metal sheet and the laser head maintain a consistent distance, resulting in precise cutting effects.
2. The well-known Japanese servo motor works in conjunction with the double ball screw drive system, providing a higher level of cutting precision compared to a single drive system.
3. Incorporating the globally recognized fiber laser Raycus, the cutting speed can reach up to 15M/min.
4. The NC Studio control system is installed, catering to various cutting requirements.
5. The fiber laser cutting machine is equipped with a red light indicator and pre-run function, guaranteeing the accurate identification of the cutting position.
6. The lower part of the machine is equipped with a chip car, which can collect the waste and small parts in the production process, and is equipped with smoke and dust vent.
7. Easy to operate, CAD graphics can be imported for processing, cutting data can be saved.
8. The machine features an automatic oil filling function, with each magnetic strip having an oil pipe. By activating the oil filling switch, the machine will automatically lubricate itself, requiring oil filling every two months.
9. The design of the protective cover is both environmentally friendly and aesthetically pleasing. The green glass cover window filters the laser beam, ensuring it is harmless to the eyes.
1. It is equipped with a special cutting head for optical fiber laser and a capacitive non-contact automatic tracking system, which can adjust the focal length to ensure the best cutting effect of the whole plate and avoid scrapping caused by the change of focal length when the material is uneven;
2. The focal length of the focusing mirror: f=120mm, using coaxial blowing cutting, to ensure the cutting quality;
3. The focusing mirror barrel and cutting head have the functions of automatic calibration and autofocus, so that users can adjust and replace different materials and plates of different thickness at any time, which greatly improves the working efficiency;
4. The cutting head contains protective lens to reduce the consumption of expensive consumables such as reflector and focusing lens;
5. As the cutting head is equipped with non-contact sensing device, under the control of the system, the stable z-axis floating function can be realized, which directly eliminates the impact of uneven plates on the cutting quality;
6. The cutting head adopts flexible design, with fast anti-collision protection function and flexible automatic reset function, which can automatically stop cutting and flexibly deviate and reset when accidental collision occurs, and can automatically return to the original cutting point when cutting continues, so that the whole cutting work is not affected.
Compared with other cutting technologies and equipment, ultra-high-precision small fiber laser cutting machines have many significant advantages:
1. High cutting accuracy
This equipment can achieve a cutting accuracy of ±0.004 mm, which is very suitable for processing small precision parts with strict size requirements, effectively improving the quality and consistency of products.
2. Fast cutting speed
Utilizing the high energy density of fiber lasers, this type of equipment can achieve rapid cutting, helping to improve production efficiency, shorten delivery time, and meet the market's demand for rapid response.
3. Reduce material waste
The high precision and fine cutting gap design of laser cutting can minimize the waste of materials, thereby reducing production costs and improving resource utilization.
4. High degree of automation
Compared with traditional cutting technology, ultra-high-precision small fiber laser cutting machines are usually equipped with advanced automated control systems, which reduce manual intervention and improve the automation and intelligence level of production.
5. Less post-processing requirements
Cut workpieces generally do not require complex post-processing. Smooth cutting seams and neat cutting edges reduce the need for secondary processing, saving time and costs.
6. Easy to operate
Modern fiber laser cutting machines are equipped with friendly user interfaces and control software, making the equipment easy to operate and reducing operational complexity and training costs.
7. Low maintenance cost
Fiber laser technology has a longer service life than other laser systems, and fiber lasers do not require frequent replacement of optical components, so maintenance costs are relatively low.
8. Environmentally friendly
The laser cutting process generates less waste and does not cause mechanical wear and cutting fluid pollution, which helps to improve the environmental protection of the production process.
Ultra-high-precision small fiber laser cutting machines have become an important tool in modern manufacturing to promote technological progress and improve production efficiency due to their many superior features. Click here to contact Suntop Laser now for more information.
Machine model | ST-FC6060L (other size can be customized) | |
Working table effective cutting size | 600×600(mm) | |
Laser power | Fiber laser with 1000W/1500W/2000W (QCW laser optional depend on the actual material type and cutting requirements) | |
Drive control system | High precision linear motors | |
Focus length | 120mm | |
X and Y axis | Moving speed | 60m/min |
Max. Acceleration | 1.5g | |
Stroke | 600*600mm | |
Positional accuracy | ±0.01mm | |
Repeated positioning accuracy | ±0.004mm | |
Z axis | Stroke | 100mm |
Ambient temperature | -10℃~45℃ | |
Relative humidity | <90° no condensation | |
Power requirement | 380V±10%, 220V±10%, 50H |
Laser cutting machines are widely used in many fields due to their high efficiency, precision and wide range of applications. The following are some of the main application areas:
Metal processing
Fiber laser cutting machine is widely used in metal processing industry, especially suitable for cutting all kinds of metal materials, including: stainless steel, carbon steel, aluminum alloy, copper, brass and other non-ferrous metals.
Sheet metal manufacturing
Fiber laser cutting machine is very popular in sheet metal processing, can achieve high efficiency plate cutting, suitable for manufacturing: industrial equipment shell, sheet metal chassis, structural parts and so on.
Automotive manufacturing
In the automotive industry, fiber laser cutting machines are used to cut and process various automotive parts, such as: body frames, parts brackets, bumpers and so on.
Aerospace
In order to meet the high precision and high strength material cutting needs, fiber laser cutting machine is used in the field of aerospace, suitable for: aircraft structural parts, missile and satellite parts, aviation equipment, etc.
Advertising and signage
Fiber laser cutting machines are used to make various advertising signs, signboards and display props, which can realize complex fonts and patterns cutting, and are widely used in: commercial advertisements, store signboards, exhibitions and displays.
Appliance manufacturing
In the home appliance industry, various metal casings and components are manufactured by fiber laser cutting machines, such as: refrigerator casings, washing machine panels, air conditioner casings, etc.
Construction and decoration
In the construction industry, fiber laser cutting machine can quickly cut out a variety of complex shapes of metal decorative parts, such as: iron railing, metal curtain wall, creative metal devices.
Medical equipment
In the medical equipment industry, fiber laser cutting machines are used to manufacture high-precision and complex medical equipment parts, such as: instrument housings, surgical knives, etc.
Crafts and gifts
High-precision fiber laser cutting technology is suitable for the production of exquisite handicrafts and customized gifts, such as: exquisite engraving, cutting artwork, customized souvenirs and so on.
Laser cutting machine is gradually replacing the traditional cutting technology and becoming an indispensable and important equipment in industrial production due to its high precision, good efficiency and flexibility. Click here to contact Suntop Laser today to learn more about laser cutting.
There may be several reasons for choosing Suntop Laser as a brand of laser cutting machine, here are some common benefits and features that may make you consider choosing this brand:
High quality equipment
Advanced technology: Suntop Laser is committed to utilizing the latest in laser technology and innovative designs to provide efficient and accurate cutting solutions.
Durability and Reliability: Its products are often known for their high-quality materials and precision manufacturing processes, ensuring that the models are durable and stable in operation.
Wide range of application scenarios
Diversified material cutting: Suntop Laser's equipment is suitable for cutting a wide range of materials, including metal, wood, plastic, etc., to meet the needs of different industries.
A variety of models to choose from: According to the market demand, Suntop offers a variety of models and specifications, which can provide customers with diversified choices.
Superior cutting performance
High speed and accuracy: Laser cutting machines usually have high cutting efficiency and accuracy, which ensures cutting quality and maintains excellent performance even when dealing with complex shapes.
High power options: Different power options are available to enable customers to choose according to specific cutting needs such as material type and thickness.
User-friendly operation
Easy-to-use control system: Suntop's machines are usually equipped with a user-friendly interface, making operation easy and users can get started quickly.
Software compatibility: Compatibility with common design software contributes to a more efficient workflow.
Strong after-sales service
Technical Support: Provide comprehensive technical support and training to ensure that problems encountered by customers in the course of use can be resolved in a timely manner.
Maintenance and Service Guarantee: Good after-sales service and maintenance program can reduce the customer's operational risk.
Cost-effective
Reasonable price: Suntop Laser is usually competitive in price, providing good cost performance, so that customers can get a higher rate of return on investment.
Choosing a machine from Suntop Laser means that you are looking for a high-performance, highly reliable laser cutting machine that meets a wide range of cutting needs. In addition, good after-sales service and user support are key factors that set Suntop apart. Click here to contact Suntop Laser today and make sure you know exactly what you need before you buy so you can make the best choice.
1. How can i place an order?
Please provide the details of your requirements as clear as possible. So we can send you the offer at the first time.
For further discussion, it is better to contact us with WhatsApp / WeChat / email / phone, in case of any delays.
2. What kind of display we provide?
We have laser marking machine / laser welding machine / laser cutting machine / laser cleaning / CO2 laser cutting and engraving machine / laser accessories for you choose.
3. How about the warranty?
We have 2 years warranty and lifelong maintenance.
4. What is your terms of delivery?
We accept EXW, FOB, CFR, CIF, DDU, DDP, etc. You can choose the one which is the most convenient or cost effective for you.
5. Compared with traditional cutting technology, what are the advantages of fiber laser cutting?
Fiber laser cutting is generally superior to traditional mechanical cutting technology in terms of cutting accuracy, speed and material utilization. In addition, its operation is also more flexible and intelligent, reducing manual intervention.
6. Is the operation of the equipment complicated?
Modern ultra-high precision small fiber laser cutting machines are usually equipped with user-friendly interfaces and easy-to-use operating software, which reduces the complexity of operation and is suitable for operators of all technical levels.
7. Is maintenance and care complicated?
The relatively low maintenance requirements and longer service life of fiber laser cutting machines make their maintenance relatively simple. Regular inspection of the optical path and cleaning of the equipment can ensure its normal operation.
8. How to choose a suitable ultra-high precision small fiber laser cutting machine?
The following factors should be considered when choosing a suitable cutting machine: the type of cutting material, the cutting thickness, the required accuracy, the function of the equipment (such as whether it needs to be multi-functional), the budget, and after-sales service.
Details Product Parameters Samples Video
Since the laser cutting technology was first applied to industry in the 1960s, with the continuous advancement of science and technology, it has gradually become one of the important processing methods in the manufacturing industry. Laser cutting can achieve efficient and precise cutting by focusing a high-energy laser beam on the surface of the material. It is widely used in many fields such as metal processing, mold manufacturing, electronics industry, and aerospace. In recent years, with the improvement of processing accuracy and cutting quality requirements, laser cutting technology has also been evolving, moving towards higher speed, higher precision and more intelligent.
Against this background, ultra-high precision small fiber laser cutting machines came into being. This type of equipment combines the high efficiency of fiber lasers with the superior performance of linear motor systems, and the cutting accuracy can reach ±0.004 mm, meeting the strict processing requirements for small precision parts. With the widespread application of miniaturization and high-precision equipment in various industries, such as the manufacture of medical devices, electronic equipment and aerospace components, the market demand for ultra-high precision small fiber laser cutting machines is growing. It plays an important role in improving production efficiency, ensuring product quality and reducing manufacturing costs, and has become an indispensable part of modern manufacturing technology.
1. Utilize the renowned Swiss brand Raytools laser cutting head, which is equipped with a dynamic automatic focusing system. This system ensures that the metal sheet and the laser head maintain a consistent distance, resulting in precise cutting effects.
2. The well-known Japanese servo motor works in conjunction with the double ball screw drive system, providing a higher level of cutting precision compared to a single drive system.
3. Incorporating the globally recognized fiber laser Raycus, the cutting speed can reach up to 15M/min.
4. The NC Studio control system is installed, catering to various cutting requirements.
5. The fiber laser cutting machine is equipped with a red light indicator and pre-run function, guaranteeing the accurate identification of the cutting position.
6. The lower part of the machine is equipped with a chip car, which can collect the waste and small parts in the production process, and is equipped with smoke and dust vent.
7. Easy to operate, CAD graphics can be imported for processing, cutting data can be saved.
8. The machine features an automatic oil filling function, with each magnetic strip having an oil pipe. By activating the oil filling switch, the machine will automatically lubricate itself, requiring oil filling every two months.
9. The design of the protective cover is both environmentally friendly and aesthetically pleasing. The green glass cover window filters the laser beam, ensuring it is harmless to the eyes.
1. It is equipped with a special cutting head for optical fiber laser and a capacitive non-contact automatic tracking system, which can adjust the focal length to ensure the best cutting effect of the whole plate and avoid scrapping caused by the change of focal length when the material is uneven;
2. The focal length of the focusing mirror: f=120mm, using coaxial blowing cutting, to ensure the cutting quality;
3. The focusing mirror barrel and cutting head have the functions of automatic calibration and autofocus, so that users can adjust and replace different materials and plates of different thickness at any time, which greatly improves the working efficiency;
4. The cutting head contains protective lens to reduce the consumption of expensive consumables such as reflector and focusing lens;
5. As the cutting head is equipped with non-contact sensing device, under the control of the system, the stable z-axis floating function can be realized, which directly eliminates the impact of uneven plates on the cutting quality;
6. The cutting head adopts flexible design, with fast anti-collision protection function and flexible automatic reset function, which can automatically stop cutting and flexibly deviate and reset when accidental collision occurs, and can automatically return to the original cutting point when cutting continues, so that the whole cutting work is not affected.
Compared with other cutting technologies and equipment, ultra-high-precision small fiber laser cutting machines have many significant advantages:
1. High cutting accuracy
This equipment can achieve a cutting accuracy of ±0.004 mm, which is very suitable for processing small precision parts with strict size requirements, effectively improving the quality and consistency of products.
2. Fast cutting speed
Utilizing the high energy density of fiber lasers, this type of equipment can achieve rapid cutting, helping to improve production efficiency, shorten delivery time, and meet the market's demand for rapid response.
3. Reduce material waste
The high precision and fine cutting gap design of laser cutting can minimize the waste of materials, thereby reducing production costs and improving resource utilization.
4. High degree of automation
Compared with traditional cutting technology, ultra-high-precision small fiber laser cutting machines are usually equipped with advanced automated control systems, which reduce manual intervention and improve the automation and intelligence level of production.
5. Less post-processing requirements
Cut workpieces generally do not require complex post-processing. Smooth cutting seams and neat cutting edges reduce the need for secondary processing, saving time and costs.
6. Easy to operate
Modern fiber laser cutting machines are equipped with friendly user interfaces and control software, making the equipment easy to operate and reducing operational complexity and training costs.
7. Low maintenance cost
Fiber laser technology has a longer service life than other laser systems, and fiber lasers do not require frequent replacement of optical components, so maintenance costs are relatively low.
8. Environmentally friendly
The laser cutting process generates less waste and does not cause mechanical wear and cutting fluid pollution, which helps to improve the environmental protection of the production process.
Ultra-high-precision small fiber laser cutting machines have become an important tool in modern manufacturing to promote technological progress and improve production efficiency due to their many superior features. Click here to contact Suntop Laser now for more information.
Machine model | ST-FC6060L (other size can be customized) | |
Working table effective cutting size | 600×600(mm) | |
Laser power | Fiber laser with 1000W/1500W/2000W (QCW laser optional depend on the actual material type and cutting requirements) | |
Drive control system | High precision linear motors | |
Focus length | 120mm | |
X and Y axis | Moving speed | 60m/min |
Max. Acceleration | 1.5g | |
Stroke | 600*600mm | |
Positional accuracy | ±0.01mm | |
Repeated positioning accuracy | ±0.004mm | |
Z axis | Stroke | 100mm |
Ambient temperature | -10℃~45℃ | |
Relative humidity | <90° no condensation | |
Power requirement | 380V±10%, 220V±10%, 50H |
Laser cutting machines are widely used in many fields due to their high efficiency, precision and wide range of applications. The following are some of the main application areas:
Metal processing
Fiber laser cutting machine is widely used in metal processing industry, especially suitable for cutting all kinds of metal materials, including: stainless steel, carbon steel, aluminum alloy, copper, brass and other non-ferrous metals.
Sheet metal manufacturing
Fiber laser cutting machine is very popular in sheet metal processing, can achieve high efficiency plate cutting, suitable for manufacturing: industrial equipment shell, sheet metal chassis, structural parts and so on.
Automotive manufacturing
In the automotive industry, fiber laser cutting machines are used to cut and process various automotive parts, such as: body frames, parts brackets, bumpers and so on.
Aerospace
In order to meet the high precision and high strength material cutting needs, fiber laser cutting machine is used in the field of aerospace, suitable for: aircraft structural parts, missile and satellite parts, aviation equipment, etc.
Advertising and signage
Fiber laser cutting machines are used to make various advertising signs, signboards and display props, which can realize complex fonts and patterns cutting, and are widely used in: commercial advertisements, store signboards, exhibitions and displays.
Appliance manufacturing
In the home appliance industry, various metal casings and components are manufactured by fiber laser cutting machines, such as: refrigerator casings, washing machine panels, air conditioner casings, etc.
Construction and decoration
In the construction industry, fiber laser cutting machine can quickly cut out a variety of complex shapes of metal decorative parts, such as: iron railing, metal curtain wall, creative metal devices.
Medical equipment
In the medical equipment industry, fiber laser cutting machines are used to manufacture high-precision and complex medical equipment parts, such as: instrument housings, surgical knives, etc.
Crafts and gifts
High-precision fiber laser cutting technology is suitable for the production of exquisite handicrafts and customized gifts, such as: exquisite engraving, cutting artwork, customized souvenirs and so on.
Laser cutting machine is gradually replacing the traditional cutting technology and becoming an indispensable and important equipment in industrial production due to its high precision, good efficiency and flexibility. Click here to contact Suntop Laser today to learn more about laser cutting.
There may be several reasons for choosing Suntop Laser as a brand of laser cutting machine, here are some common benefits and features that may make you consider choosing this brand:
High quality equipment
Advanced technology: Suntop Laser is committed to utilizing the latest in laser technology and innovative designs to provide efficient and accurate cutting solutions.
Durability and Reliability: Its products are often known for their high-quality materials and precision manufacturing processes, ensuring that the models are durable and stable in operation.
Wide range of application scenarios
Diversified material cutting: Suntop Laser's equipment is suitable for cutting a wide range of materials, including metal, wood, plastic, etc., to meet the needs of different industries.
A variety of models to choose from: According to the market demand, Suntop offers a variety of models and specifications, which can provide customers with diversified choices.
Superior cutting performance
High speed and accuracy: Laser cutting machines usually have high cutting efficiency and accuracy, which ensures cutting quality and maintains excellent performance even when dealing with complex shapes.
High power options: Different power options are available to enable customers to choose according to specific cutting needs such as material type and thickness.
User-friendly operation
Easy-to-use control system: Suntop's machines are usually equipped with a user-friendly interface, making operation easy and users can get started quickly.
Software compatibility: Compatibility with common design software contributes to a more efficient workflow.
Strong after-sales service
Technical Support: Provide comprehensive technical support and training to ensure that problems encountered by customers in the course of use can be resolved in a timely manner.
Maintenance and Service Guarantee: Good after-sales service and maintenance program can reduce the customer's operational risk.
Cost-effective
Reasonable price: Suntop Laser is usually competitive in price, providing good cost performance, so that customers can get a higher rate of return on investment.
Choosing a machine from Suntop Laser means that you are looking for a high-performance, highly reliable laser cutting machine that meets a wide range of cutting needs. In addition, good after-sales service and user support are key factors that set Suntop apart. Click here to contact Suntop Laser today and make sure you know exactly what you need before you buy so you can make the best choice.
1. How can i place an order?
Please provide the details of your requirements as clear as possible. So we can send you the offer at the first time.
For further discussion, it is better to contact us with WhatsApp / WeChat / email / phone, in case of any delays.
2. What kind of display we provide?
We have laser marking machine / laser welding machine / laser cutting machine / laser cleaning / CO2 laser cutting and engraving machine / laser accessories for you choose.
3. How about the warranty?
We have 2 years warranty and lifelong maintenance.
4. What is your terms of delivery?
We accept EXW, FOB, CFR, CIF, DDU, DDP, etc. You can choose the one which is the most convenient or cost effective for you.
5. Compared with traditional cutting technology, what are the advantages of fiber laser cutting?
Fiber laser cutting is generally superior to traditional mechanical cutting technology in terms of cutting accuracy, speed and material utilization. In addition, its operation is also more flexible and intelligent, reducing manual intervention.
6. Is the operation of the equipment complicated?
Modern ultra-high precision small fiber laser cutting machines are usually equipped with user-friendly interfaces and easy-to-use operating software, which reduces the complexity of operation and is suitable for operators of all technical levels.
7. Is maintenance and care complicated?
The relatively low maintenance requirements and longer service life of fiber laser cutting machines make their maintenance relatively simple. Regular inspection of the optical path and cleaning of the equipment can ensure its normal operation.
8. How to choose a suitable ultra-high precision small fiber laser cutting machine?
The following factors should be considered when choosing a suitable cutting machine: the type of cutting material, the cutting thickness, the required accuracy, the function of the equipment (such as whether it needs to be multi-functional), the budget, and after-sales service.
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