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USA Laser Engraving Machine

Laser engraving machine, as a kind of high-precision engraving equipment, has a wide range of applications in industrial production and personal creative fields. It utilizes laser technology for fine engraving of various materials with advantages of high efficiency, precision and flexibility.
Product Model: ST-CC6040/9060/1390/1325
Laser power: 60W/80W/100W/130W/150W/180W/200W (optional)
Working area: 600*400/900*600/1300*900/*2500mm (optional)

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Product Description

Details Product Parameters Samples Video

USA Laser Engraving Machine features-Suntop

Product Introduction

CO2 laser cutting and engraving machine is a device that uses CO2 laser technology to cut and engrave materials. With the rapid development of industrial automation and digital manufacturing, this equipment is widely used in manufacturing, handicraft production, architectural models and other fields due to its high efficiency, high precision and versatility. CO2 laser cutting and engraving machine can not only meet the needs of various industries for cutting and engraving, but also provide a more flexible and efficient production method.

Overview

CO2 laser cutting and engraving machine is a device that uses a carbon dioxide gas laser to generate a laser beam, which can accurately cut and engrave materials through the laser beam. After the laser cutting is completed, a smooth cut will be formed on the edge of the material, and the engraving effect will be delicate and clear. Due to its superior performance, this model is widely used in the processing of various materials such as wood, acrylic, leather, paper, etc.

Basic principle

The working principle of CO2 laser cutting and engraving machine mainly involves the following steps:

Laser generation:

CO2 gas laser contains gases such as carbon dioxide, xenon, and nitrogen. Under the action of high voltage, these gases will produce discharges, thereby generating laser beams. The wavelength of CO2 laser is about 10.6 microns, which can be well absorbed by a variety of non-metallic materials.

Laser focusing:

Through an optical lens, the laser beam is focused to a very small point. This process makes the laser energy density very high, which can quickly heat and melt or vaporize the material.

Cutting and engraving:

The laser beam moves precisely along the designed path to cut or engrave the material. During the cutting process, the laser not only melts the material, but also uses gas (such as oxygen or nitrogen) to expel the molten material, forming a clean cut.

During the engraving process, the laser acts on the surface of the material at different intensities and speeds, causing the material to evaporate or burn, thereby forming a pattern, text or graphic.

Control system:

Most CO2 laser cutting and engraving machines are equipped with a computer control system, which sets the path, speed, power and other parameters of cutting and engraving through software. This achieves complex and high-precision cutting and engraving effects.

Through this process, CO2 laser cutting and engraving machines can provide efficient, high-quality and high-precision processing to meet the growing requirements of modern manufacturing for material processing.

Product Technical Features

1. Adopt DSP control system, fast speed, easy operation, high-speed cutting and engraving.

2. Imported lasers and optical devices are used, with good spot quality, stable output power and low maintenance cost.

3. The mechanical follow-up power cutting head system is adopted, the cutting head moves with the height of the plate, and the position of the cutting point remains unchanged at all times, so that the cutting seam is flat and smooth, and the section does not need subsequent processing.

4. Equipped with a water cut-off protector to better protect the laser and prolong the life of the laser.

5. The small holes of the honeycomb workbench have good support performance, the structure is firm, and it will not be deformed during processing, and small workpieces can be placed on the workbench for processing.

6. It complies with European CE safety standards and is equipped with a sensor door, which will automatically stop when the laser is turned on accidentally.

7. It can be equipped with an electric lifting platform, which is convenient for customers to place thick materials and engrave cylindrical objects with rotating fixtures (optional).

Product Details

USA Laser Engraving Machine CO2 Laser Head-Suntop

CO2 Laser Head

Choose a high-precision CO2 laser head with red dot positioning. The cutting head always follows the material and keeps the position of the cutting point constant. The laser head is also fitted with an air tube that blows out an air stream that not only blows away air but also cools the lens and the surface of the object.

CO2 Laser Tube

The CO2 laser tube is a powerful laser generator that produces a high-powered laser beam for engraving and cutting a variety of materials. It is known for its durability and accuracy, and is relatively easy to operate and maintain.

USA Laser Engraving Machine CO2 Laser Tube-Suntop

USA Laser Engraving Machine HIWIN Guide Rail-Suntop

HIWIN Guide Rail

Adopting Taiwan HIWIN linear guide rail, it has fast running speed, high positioning accuracy and longer service life, which improves the engraving and cutting accuracy and ensures precise processing results.

Mirror and Lens

Adopting foreign imported focusing lens and reflector, which makes the equipment produce smaller light spot, high efficiency, good stability and stronger cutting ability; with 45° mirror adjustment, it is easy to find the center of the lens and find the correct focal length. Suitable for various environments with high precision and speed..

USA Laser Engraving Machine Mirror and Lens-Suntop

USA Laser Engraving Machine Ruida Controller-Suntop

Ruida Controller

Ruida Controlle is a powerful and multi-functional controller for laser engraving and cutting machine. It not only supports USB cable computer control, but also supports USB disk offline control. It also has good resistance to high voltage and static electricity.

Stepper Motor Control System

Choose the powerful and reliable stepper motor to ensure the normal operation of the machine. Digital timing, analog control of laser power, small error, high repeatability, maintenance-free. Ensure the possibility of realizing extremely precise positioning, and the mobile positioning mechanism runs smoothly. Low noise, not easy to heat, safe and reliable.

USA Laser Engraving Machine Stepper Motor Control System-Suntop

USA Laser Engraving Machine Industrial Chiller-Suntop

Industrial Chiller

CW-5000 water chiller has temperature display, which can prevent overheating burnout and interruption of water circulation. The industrial water chiller ensures heat dissipation from the core optical path components so that the CO2 laser cutter can provide consistent cut quality. It also improves throughput by reducing CO2 laser cutting machine downtime.

Shanghai Fulong Belt

Adopting Fulong brand nylon belt with high abrasion resistance, good stability, good torsion resistance, low elongation and low noise.

USA Laser Engraving Machine Shanghai Fulong Belt-Suntop

USA Laser Engraving Machine Honeycomb Table-Suntop

Honeycomb Table

Honeycomb table makes the airflow smoother and the cutting surface more even, with good support performance of small holes, solid structure, no deformation during machining, and small workpieces can be placed on the table for machining. The honeycomb design helps reduce noise and vibration during cutting.

Laser Protection Cover

When the cover of the machine is opened, the machine stops working, preventing the machinery and laser from causing accidental injury to the operator. Ensures that the operator will not be injured by the laser beam and protects the operator's safety.

USA Laser Engraving Machine Laser Protection Cover-Suntop

USA Laser Engraving Machine Collection Drawer-Suntop

Collection Drawer

Convenient for collecting and accessing cuttings. Easy to clean up cutting waste and flying dust.

Motorized Lifting Table

The motorized lifting table can be customized upon request. It is mainly used to adjust the height of the material to maintain the most suitable distance between the cutting head and the surface of the material to ensure the cutting effect.

USA Laser Engraving Machine Motorized Lifting Table-Suntop

USA Laser Engraving Machine Rotary Axis Device-Suntop

Rotary Axis Device

The rotary axis device can be selected according to requirements, which is used to clamp and rotate cylindrical objects to realize the rotary cutting of materials. The device consists of a motor, drive shaft and chuck.

Advantages of Laser Engraving Machine

CO2 laser cutting and engraving machines are widely used in many industries due to their unique working principles and technical advantages.

1. High-precision cutting and engraving

CO2 laser cutting and engraving machines can achieve high-precision cutting and engraving, and the diameter of the laser beam can be as small as a few microns, so that extremely complex and detailed patterns can be processed. This high precision makes it very popular in the fields of art production, model making, etc.

2. Multi-material applicability

CO2 lasers can cut and engrave a variety of non-metallic materials, including wood, acrylic, paper, leather, cloth, and some plastics. This adaptability makes CO2 laser cutting and engraving machines perform well in different application scenarios.

3. Non-contact processing

Laser cutting and engraving are non-contact processing, which means that no mechanical pressure or deformation is generated on the material during the processing. This is especially important for some fragile or complex-shaped materials, which can avoid damage caused by physical contact.

4. Low thermal impact of cutting and engraving

CO2 laser cutting and engraving machines can quickly heat and remove materials during cutting and engraving, reducing the generation of heat-affected zones (HAZ). This means that there is less deformation or scorching of the cutting or engraving edge, thus ensuring the quality of the processing effect.

5. High efficiency and productivity

CO2 laser cutting and engraving machines have high-speed and efficient processing capabilities, and can quickly complete cutting and engraving tasks. This is very beneficial for large-scale production and rapid prototyping processing, and improves productivity.

6. Good cutting edge quality

During the laser cutting process, the material is quickly melted or vaporized, and the cutting edge is usually smooth and neat, without the need for subsequent processing. This ensures the appearance and quality of the product, and is particularly suitable for products with high requirements for appearance.

7. Free programming and automatic control

Through computer software, users can freely design the cutting and engraving paths, which is convenient and fast. Many CO2 laser cutting and engraving machines are equipped with automatic control systems, which can achieve high efficiency in mass production and effectively reduce human errors.

8. Environmental protection and safety

The waste in the laser cutting process is minimal, and because there is no mechanical contact, there is less noise and dust, and the overall impact on the environment is relatively small. In addition, modern CO2 laser machines also have complete safety protection measures to effectively ensure the safety of operators.

9. Relatively low maintenance cost

Compared with traditional cutting technology, CO2 laser cutting and engraving machines have relatively low maintenance costs. The laser has a long service life and relatively few consumables that need to be replaced, so it is more economical in long-term use.

In summary, CO2 laser cutting and engraving machines have become an important technology in the field of modern processing and manufacturing with their diverse application potential and superior performance. Click here to contact Suntop Laser now for more information.

Product Specifications

Model	ST-CC6040	ST-CC9060	ST-CC1390	ST-CC1325
Working area	600*400mm	900*600mm	1300*900mm	1300*2500mm
Laser power	60W/80W/100W/130W/150W/180W/200W (optional)
Laser type	Hermetic and detached Co2 laser tube
Control configuration	DSP
Cooling mode	Water cooling and protection system
Position system	Red dot
Max moving speed	1500mm/s
Laser energy control	1-100℅ set by hand or software
Locating precision	<0.01 mm
Min shaping character	Character: 33 mm, letter: 22 mm
Worktable	Electric up and down table, with the first layer Honeycomb table and the second Aluminum knife table (Two layers) for different kinds of materials cutting
Resolution ratio	≦4500 dpi
Power supply	AC220±10℅ 50 HZ, AC110±10℅ 50 HZ
System environment	Windows 7/Windows 10, 32bits or 64 bits
Limit switch	Induction metal limit switches for accurate positioning of X and Y positions
Motion control mode	Precision linear guide
Air pressure control	There is a device to adjust the air pressure at the cutting head
Dimensions(package)	1530850800mm	160011401300mm	20501480 1280mm	320021501800mm
Gross weight	150KG	306Kg	420KG	500KG

What Materials Can be Engraved?

Widely used in wood products, paper, leather, cloth, plexiglass, epoxy resin, acrylic, wool, plastic, rubber, tile, crystal, jade, bamboo products and other non-metallic materials.

USA Laser Engraving Machine samples1-Suntop

USA Laser Engraving Machine samples2-Suntop

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USA Laser Engraving Machine samples5-Suntop

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USA Laser Engraving Machine samples10-Suntop

USA Laser Engraving Machine samples11-Suntop

USA Laser Engraving Machine samples12-Suntop

What Are Laser Engravers Used For?

CO2 laser cutting and engraving machines are widely used in multiple industries due to their advantages in precision, speed and versatility.

Advertising industry

Signage making: used to cut and engrave various materials (such as acrylic, wood, etc.) to make outdoor and indoor advertising signs.

Display stand and booth making: quickly make personalized display props in exhibitions and commercial displays.

Packaging industry

Packaging design: used to cut cardboard, foam and plastic materials to make unique shapes of packaging boxes and product packaging.

Labels and nameplates: high-precision cutting and engraving of product labels to enhance brand image.

Manufacturing industry

Parts cutting: used to cut and engrave parts in the automotive, aviation, electronics and other fields, meeting high-precision requirements.

Tools and molds: rapid prototyping of tools and molds to shorten production cycles.

Woodworking industry

Furniture manufacturing: used to cut and engrave wood to make exquisite furniture and decorations.

Crafts making: achieve complex patterns and designs to meet diverse market needs.

Clothing and leather industry

Cloth and leather cutting: Precisely cut cloth and leather of different materials, suitable for clothing, shoes and bags.

Personalization: Meet consumers' demand for personalized and unique design.

Education industry

Teaching model making: Used to make scientific experiment models and handicrafts to improve teaching effectiveness.

DIY projects: Provide makers and students with quick production tools to increase practical hands-on ability.

Electronics industry

Circuit board processing: Used to cut and mark circuit boards to improve production efficiency.

Component processing: Handle the cutting of small and complex electronic components.

Architecture and model making

Architectural models: Used to make detailed models of architectural designs to help customers better understand design concepts.

Drawing engraving: In engineering projects, engrave design drawings and related documents.

Catering industry

Personalized tableware: Customize tableware, wine glasses and decorations to enhance the characteristics and appeal of catering brands.

Food decoration: Make exquisite decorative cutting in baking and pastry making.

CO2 laser cutting and engraving machines are widely used in many industries due to their high efficiency and high precision, promoting innovation and development in various fields. Click here to contact Suntop Laser immediately for a free laser engraving test.

Laser Engraving Machine Video

How to Choose the Laser Engraving Machine for You?

When choosing the right laser engraver, there are several factors to consider to ensure it meets your specific needs and applications.

1. Determine your application needs

Material type: Different laser engravers are suitable for different materials. Determine the main materials you use (such as wood, acrylic, leather, metal, etc.).

Etching depth and accuracy: Determine the required engraving depth and accuracy based on the product requirements you are processing.

2. Laser type

CO2 laser: Suitable for non-metallic materials (such as wood, plastic, paper, etc.), suitable for engraving and cutting.

Fiber laser: Suitable for metal materials, with higher cutting speed and efficiency.

3. Laser power

Power selection: The higher the power, the faster the cutting capacity and speed. Choose the right power according to the thickness of the material you need to cut or engrave.

4. Work area

Size considerations: Choose the appropriate workbench size based on the size of the object you will be processing. For large-sized products, a larger work area is required.

5. Speed and accuracy

Working speed: The speed of the laser engraver affects production efficiency. Choose a speed that suits your business needs.

Cutting and engraving accuracy: Make sure the laser engraver's accuracy meets your requirements for finished product quality.

6. User interface and software

User-friendliness: Automation and a simple interface can improve work efficiency and reduce the learning curve.

Compatible software: Make sure the laser engraver is compatible with your commonly used design software (such as CAD, CorelDRAW, Adobe Illustrator, etc.).

7. Safety and maintenance

Safety protection: Make sure the laser engraver is equipped with necessary safety protection measures, such as protective covers, fume extraction systems, and emergency stop buttons.

Maintenance and support: Consider the difficulty of maintaining the equipment and the technical support and after-sales service provided by the manufacturer.

8. Budget

Cost estimation: Weigh the performance and price of the equipment based on your budget. And consider the long-term cost of use, including consumables and maintenance costs.

9. Sample testing

Sample processing: Before choosing a machine, you can request sample engraving to evaluate its actual effect.

When choosing a laser engraver, it is important to fully understand your application needs and expected results. Consider the above factors comprehensively, gradually screen, and finally choose the laser engraver that best suits your business and budget. Click here to contact Suntop Laser and we will recommend the right laser engraving machine for you.

Why Choose Suntop Laser?

The reasons for choosing Suntop laser equipment can be attributed to several advantages and features. Here are some of the main factors to help you understand why many users trust and choose Suntop laser equipment:

USA Laser Engraving Machine High-quality product-Suntop

High-quality product performance

High precision and high efficiency: Suntop laser equipment has excellent laser cutting and engraving accuracy, which can meet the high standards of various industries.

Strong adaptability: Able to handle a variety of materials, such as wood, acrylic, metal, leather, etc., suitable for different processing needs.

Advanced technology

Innovative design: Suntop is constantly committed to technological innovation and provides the latest laser technology to improve production efficiency and processing quality.

Multi-functional equipment: Many equipment have multiple functions such as cutting, engraving, marking, etc., providing users with greater flexibility.

User-friendly operation

Easy-to-use software: Suntop equipment is equipped with an intuitive and easy-to-use software interface to simplify the operation process and reduce learning time.

Good compatibility: Compatible with many design software (such as AutoCAD, CorelDRAW, etc.), allowing users to directly import design drawings into the device.

Customized solutions

Meet specific needs: Suntop provides equipment customization services to meet the specific application requirements and industry needs of different customers.

High-quality after-sales service

Technical support: Provide professional and timely technical support to help customers solve problems encountered during use.

Training services: Equipment use training is usually provided to ensure that users can quickly get started and use the equipment effectively.

Comprehensive application areas

Wide application scenarios: Suntop laser equipment is widely used in industrial manufacturing, art creation, advertising production, jewelry processing, clothing design and other fields, with strong adaptability.

High cost performance

Reasonable price: Compared with other brands on the market, Suntop's products usually have a high cost performance, providing customers with a good return on investment.

Good customer feedback

Positive customer evaluation: Suntop has accumulated a large number of successful cases and customer feedback in the industry, proving the reliability of its products and customer satisfaction.

Rich industry experience

Deep industry background: Suntop has many years of experience in the field of laser equipment and has a deep understanding of market demand and technological development.

Choosing Suntop laser equipment allows you to enjoy high-quality and efficient laser processing experience, combined with good after-sales support and cost-effectiveness, it is an ideal choice for users in many industries. If you are interested, it is recommended to contact Suntop Laser directly for more details and technical parameters to make a more informed choice.

FAQ

1. What is a CO2 laser cutting and engraving machine?

A CO2 laser cutting and engraving machine is a device that uses a CO2 laser source to cut and engrave materials. It melts or vaporizes materials by emitting a high-energy laser beam, thereby achieving precise cutting and engraving effects.

2. What is the main difference between a CO2 laser machine and other laser machines, such as a fiber laser machine?

Laser source: CO2 laser machines use CO2 gas as a laser source, while fiber laser machines use fiber lasers.

Application: CO2 laser machines are more suitable for cutting and engraving non-metallic materials, while fiber laser machines perform better in cutting metal materials.

Cutting depth: CO2 laser machines generally work better when processing thicker non-metallic materials.

3. What is the working principle of a CO2 laser machine?

The laser beam generated by the CO2 laser machine through gas excitation is irradiated onto the surface of the material, and the laser energy is absorbed by the material, causing its surface temperature to rise. After reaching a certain temperature, the material begins to melt or vaporize, thereby achieving cutting or engraving.

5. How to maintain a CO2 laser cutting and engraving machine?

Clean regularly: Clean the laser lens and reflector regularly to ensure beam delivery efficiency.

Check focus: Make sure the laser focus is correct for optimal cutting and engraving results.

Lubricate mechanical parts: Lubricate moving parts regularly to ensure smooth operation of the equipment.

Maintain ventilation: Make sure the working environment of the equipment is well ventilated to prevent overheating and smoke accumulation.

6. What are the safety precautions for CO2 laser cutting and engraving machines?

Wear laser protective glasses when using the equipment to protect your eyes from laser beam damage.

Ensure that the work area is well ventilated to avoid the generation of toxic fumes and gases.

Avoid operating the equipment without proper safety measures, especially when handling flammable materials.

7. How much does a CO2 laser cutting and engraving machine cost?

The cost of a CO2 laser cutting and engraving machine varies by brand, model, power, and configuration. Low-power home-use models may cost a few thousand dollars, while high-end industrial-grade equipment may cost tens of thousands to hundreds of thousands of dollars.

8. Can it be customized?

Yes, customization services are available, including customized equipment configuration, functions and sizes to meet the needs of different customers.