100W 150W 180W 250W 350W RF CO2 Laser Marking Machine for Fabric

Product Description

CO2 Laser Marking Machine - MimoWork Laser
 

Product Description

Production Description
 

What is CO2 Laser Marking Machine?
A CO2 galvo laser marking machine is a high-speed, precision laser system designed for marking, engraving, and cutting various non-metallic materials and coated metals. The "galvo" system uses galvanometer mirrors to direct the laser beam with exceptional speed and accuracy, making it ideal for intricate designs and high-volume production. The 3D dynamic focusing system is particularly useful for applications where the material surface is not perfectly flat or when you need to mark complex 3D objects.

Suitable for various materials and sizes, our co2 laser marking machine has different working sizes available ranging from 400mm * 400mm to 800mm * 800mm. For some special materials sizes and marking requirements, MimoWork laser expert can customize the laser machine size and configurations for you.

Technical Specification
 

Main Machine Models
Model Type	G-40, G-40E, G-60, G-60E, G-80, G-80E, G-160
Working Table Size	400mm * 400mm, 600mm * 600mm, 800mm * 800mm, 1600mm * Infinity, etc. (500mm * 500mm, 700mm * 700mm, 120mm * 1200mm, 1500mm * 1500mm CUSTOMIZED)
Laser Power	100W, 150W, 180W, 250W, 350W, 500W, 600W, 800W, 1000W

 

Machine Specifications
Laser Source	CO2 RF Laser Tube, CO2 Glass Laser Tube
Laser Source Brand	Luxinar(Rofin), Coherent, etc.
Life Span	About 20,000 hours
Max Marking Speed	10,000mm/s
Max Cutting Speed	1000mm/s
Repetition Precision	±0.01mm
Min Line Width	0.3mm
Working Table	Fixed Honeycomb Laser Cutting Bed /Shuttle Table /Mild Steel Conveyor Working Table
Laser Frequency	20kHz~200kHz
Focusing	3-axis dynamic focusing
Control Software	2D, 3D Laser Marking Software
Cooling Mode	Water Cooling and Protection System
Gross Power	<1250W
Operation System	Windows
Controlling System	DSP High Speed Controller
Working Environment	Temperature: 15ºC-30ºC; Humidity: 30-80%
Machine Standard	CE, ROHS, FDA, ISO-9001

Machine Features: What Can You Benefit From?


Ultra-High Speed

With the integration of the RF laser tube and the high-speed Galvo scanning system, the machine can achieve ultra-fast marking speeds, making it perfect for high-volume production. This high speed does not come at the cost of precision, making it ideal for industries requiring quick turnarounds without compromising on quality.

High Precision

The combination of high-quality optical components, RF laser technology, and the Galvo system enables extremely precise laser marking. This makes it suitable for detailed engraving, fine text, and intricate designs on a variety of materials.

Extensive Material Processing

The CO2 laser marking machine can handle a wide range of materials, including: paper, cardboard, leather, plastic, denim, fabrics, wood, acrylic, vinyl, etc.

With the high precision and fast scanning speed of the galvo laser, the co2 laser marking machine is not only for marking on most non-metal materials, but suitable for engraving and cutting. Speaking of laser cutting, the galvo laser marking machine is perfect for cutting holes in fabric and kiss cutting heat transfer vinyl, but the galvo laser cutting is only suitable for thin materials like paper, film and fabric.

Economic Design

The machine is designed with ergonomics in mind, ensuring that operators can use it comfortably for long periods. Features include:

1. Intuitive touch-screen control systems for easy operation.
2. Compact design that saves space and allows for easy integration into existing production lines.
3. Automated system controls that reduce the need for manual intervention, improving efficiency and reducing the potential for human error.

How to choose the co2 laser marking machine suits you?

When selecting a CO2 laser marking machine, there are several key factors to consider to ensure you get the machine that best meets your specific requirements

1. Working Table Size:

Choosing the right working table size according to your material sizes and pattern sizes. We have several standard working table sizes 400mm * 400mm, 800mm * 800mm and 1600mm * infinity that are suitable for most requirements for marking and cutting. If you have special sizes of materials, please contact our laser expert to discuss the possibility of customizing the laser marking machine.
 

2. Working Table Type:

The working table type is another critical consideration when selecting a CO2 laser marking machine, as it directly impacts the efficiency, versatility, and accuracy of your engraving or cutting process.


 

Conveyor Table	Fixed Honeycomb Laser Cutting Bed	Shuttle Table
Best for Continuous Production: Conveyor tables are ideal for roll materials or mass production applications where materials are continuously fed into the machine for high-speed processing.	Best for Small or Delicate Items: The honeycomb bed is designed to hold delicate or small materials securely during the marking process. The holes in the honeycomb surface allow for proper airflow, preventing material burning or distortion when using higher laser power.	Best for Versatility and Increased Productivity: A shuttle table consists of two platforms that alternate, allowing the operator to load one side while the machine is working on the other. This increases productivity, as you can prepare materials for the next batch without waiting for the current one to finish processing.

3. Laser Power:

The laser power is one of the most important factors in determining the capabilities of your CO2 laser marking machine. The power of the laser directly impacts how effectively it can process various materials, especially in terms of speed, cutting depth, and engraving precision. Our CO2 laser marking machines offer a range of power options from 100W to 1000W, allowing you to select the perfect fit for your materials and processing requirements.
 

Production Information

 

Highlights of the CO2 Laser Marking Machine
 

Galvanometer system (CTI)

 

The Galvo laser head is an essential part of a Galvo-based laser system, which is known for its high-speed precision and efficiency. Unlike traditional Cartesian systems, where the laser moves across the X and Y axes, the Galvo head uses two high-speed motors to control mirrors that direct the laser beam. This allows the laser to move much faster while maintaining precision. The Galvo system is ideal for applications where high-speed engraving or marking is required, such as in fine detail work or large volume production.
 

 

3D Dynamic System

 

The 3D Dynamic Focusing system enables the machine to automatically adjust the focus of the laser beam in real-time, based on the height variations of the material being processed. This feature is especially useful when engraving or cutting uneven surfaces or materials that may have a non-flat geometry. By maintaining the optimal focus distance throughout the marking or cutting process, it ensures high-quality results and consistent engraving depths. This system is often used for 3D engraving or applications requiring dynamic focal adjustments.
 

 
Laser Tube (RF Laser Tube and Glass Laser Tube)



RF Laser Tube: The RF (Radio Frequency) laser tube is a high-performance laser source that offers greater stability, higher power output, and longer lifespan compared to traditional glass tubes. RF tubes are maintenance-free and operate without a need for high-voltage electrodes, which makes them ideal for high-speed marking and engraving. Coherent and Luxinar are two popular brands known for high-quality RF CO2 laser tubes.


Glass Laser Tube: Glass laser tubes are a cost-effective solution and are commonly used for less demanding marking and engraving tasks. They provide sufficient power for many applications, especially for materials like wood, acrylic, and leather. However, glass tubes tend to require more maintenance and have a shorter lifespan than RF tubes. They are suitable for low to medium power applications.

 

Red Point Positioning System

 

The Red Point Positioning System is a visual alignment tool that helps the operator accurately position the laser before starting the engraving or cutting process. It uses a red dot pointer to project the laser's path onto the material, allowing the operator to visually check the exact location and alignment of the laser beam. This helps in reducing errors and ensures that the markings are made in the correct area, which is especially helpful for small or intricate workpieces.

 

Industrial Water Chiller

 

An industrial water chiller is a cooling system designed to maintain the temperature of the laser tube and other critical components. High-power CO2 lasers generate significant heat during operation, and the water chiller ensures that the temperature is kept within optimal limits to prevent overheating and extend the lifespan of the laser tube. This cooling system is particularly important in high-power systems (like RF lasers) or for machines that operate for extended periods.
 

 

Fully Enclosed Structure

 

A fully enclosed structure is a safety feature that protects both the operator and the surrounding environment from potential laser hazards, such as direct exposure to the laser beam and fumes generated during the laser process. It also helps in containing the noise, ensuring a safer and more comfortable working environment. The enclosure is typically made of metal or reinforced materials and often includes windows or viewing panels for easy monitoring of the process.
 

 

 

Galvo Field Lens

 

The Galvo field lens is a crucial component of the Galvo laser system. It helps to focus the laser beam onto the material in a way that maximizes the beam intensity and ensures optimal engraving quality. The field lens is designed to focus the laser beam over a large working area, making it perfect for applications that require consistent performance over larger surfaces. It's often used for high-speed marking or large-area engraving.
 

Safety Optical Curtain

 

A safety optical curtain is a safety device commonly used in laser machines, including CO2 laser marking machines, to prevent user injury by providing a protective barrier around the laser beam path. This optical curtain typically uses infrared light beams or laser sensors to create a virtual barrier around the working area. When any object, such as a user's hand or body, crosses the safety line, the system detects the interruption and can automatically shut down or halt the laser operation.

 

CCD Camera

 

The CCD Camera is often integrated into the laser system to provide real-time visual feedback of the marking process. It allows operators to view the material and laser path, making it easier to align, focus, and adjust the positioning. The camera is especially helpful for applications that require high accuracy or when marking on irregularly shaped objects. In some systems, the CCD camera also allows for automatic calibration and adjustment of the laser's focal point.
 

 

Fume Extractor


A fume extractor is a ventilation system designed to remove harmful fumes and particulate matter that are produced during the laser marking, engraving, or cutting process. These fumes are generated from materials such as plastics, rubber, acrylic, or wood, and can be harmful to health if not properly ventilated. The fume extractor helps to create a clean and safe working environment by directing the fumes away from the operator and filtering out any toxic substances before releasing the air back into the environment.
 

 

Rotary Plate


A rotary plate is an optional accessory that allows the laser marking machine to process cylindrical or curved objects, such as bottles, pens, jewelry, or tubes. The rotary plate holds the object and rotates it while the laser head marks or engraves the surface. This feature is ideal for applications requiring 3D engraving or round object marking. By rotating the object, the laser is able to engrave evenly across the entire surface, providing consistent results on objects with non-flat geometries.
 

 

 

Case Sturdy
 

 

FAQ

FAQ

1. What is A Galvo Laser?
 

A galvo laser, short for galvanometer laser, refers to a type of laser system that utilizes galvanometer-controlled mirrors to direct and control the laser beam's position and movement. Galvo lasers are commonly used in laser marking, engraving, cutting, and scanning applications due to their high speed, precision, and versatility.

 

2. Can a Galvo Laser Cut?
 

Yes, galvo lasers can cut materials, but their primary strength lies in marking and engraving applications. Galvo laser cutting is typically used for thinner materials and more delicate cuts compared to other laser cutting methods.

 

3. Difference: Galvo Laser vs Laser Plotter
 

A galvo laser system is primarily designed for high-speed laser marking, engraving, and cutting applications. It uses galvanometer-controlled mirrors to rapidly and precisely move the laser beam, making it ideal for precise and detailed marking on various materials like metals, plastics, and ceramics. On the other hand, a laser plotter, also known as a laser cutting and engraving machine, is a versatile system used for a wide range of cutting, engraving, and marking tasks. It uses motors, such as stepper or servo motors, to control the movement of the laser head along X and Y axes, allowing for controlled and precise laser processing on materials like wood, acrylic, metal, fabric, and more.

 

4. What is a CO2 laser marking machine?
 

A CO2 laser marking machine is a type of laser engraving and marking system that uses a CO2 laser (carbon dioxide gas laser) to create permanent marks on a wide range of materials. CO2 lasers are one of the most commonly used lasers in the industry for marking, engraving, cutting, and etching due to their versatility and effectiveness on various materials like wood, plastic, leather, metal, glass, and acrylic.

 

5. What is the difference between laser marking and laser engraving?
 

Features	Laser Marking	Laser Engraving
Material Removal	Surface-level change	Material is removed, creating a recessed pattern
Depth	Shallow, no significant depth	Deeper, creating 3D textures or grooves
Appearance	Color change, flat surface, no texture	Textured surface, 3D look
Durability	Less wear-resistant	More wear-resistant, deeper marks
Speed	Faster, suitable for high-volume marking	Slower, suitable for intricate designs
Applications	Product identification, logos, barcodes	Custom engraving, industrial parts, tools

 

6. How laser galvo works?
 

A laser Galvo system is a high-speed, precision laser marking and engraving technology that uses galvanometer (Galvo) motors to direct the laser beam onto the material. Unlike traditional systems where the laser head moves along the X and Y axes, a Galvo laser system uses a set of mirrors controlled by Galvo motors to rapidly redirect the laser beam, allowing for faster marking speeds and greater accuracy.

 

Packaging & Shipping

Packaging & Shipping

Period of Delivery: 15-20 working days after receiving the down payment
Warranty: 12 months (laser tube has a 6-month warranty; reflection mirror & focus lens have no warranty)

 

Company Profile

About MimoWork Laser


Mimowork is a results-oriented laser manufacturer, based in Shanghai and Dongguan China.
With 20-year deep operational expertise, we produce laser systems and offer comprehensive processing and production solutions to SMEs (small and medium-sized enterprises) in a wide array of industries.

We offer:
√ A Wide Range of Laser Machine Types for Fabric, Acrylic, Wood, Leather, etc.
√ Customized Laser Solution
√ Professional Guidance from Pre-Sales Consultant to Operation Training
√ Online Video Meeting
√ Material Testing
√ Options and Spare Parts for Laser Machines
√ Follow up by a Special Person in English
√ Worldwide Client Reference
√ YouTube Video Tutorial
√ Operation Manual


Certificate & Patent

Buying Process