The Ultimate Buyer's Guide for Purchasing Laser Air Compressor

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Compressed air is a key power source extensively used across diverse industrial sectors. Its safety, flexibility and convenience have set it apart from other power resources. Compressed air ensures seamless transitions while delivering a consistently uniform force. Moreover, it boasts a superior power-to-weight ratio to alternative power sources, achieving higher pressures with minimal air volumes.

Using air-powered tools requires fewer components, incurring lower maintenance costs, reducing downtime and streamlining installation procedures.

Air compressors assume roles in nuclear power generation, chemical companies, food and beverage manufacturing, pharmaceutical production and more. The advancement of air compressor technology has revolutionized these industries, propelling them toward heightened speed, enhanced safety and improved efficiency.

Nevertheless, not all industries employ the same type of air compressors. Each sector has unique requirements and specifications, demanding air compressors tailored to their specific needs. Let's explore those options further in this guide to buying an air compressor.

In This Article

Applications for Industrial Air Compressors 

Compressed air finds extensive use in various industrial and commercial applications, showcasing its versatility. Some of the most prevalent uses are:

• Powering pneumatic tools: Pneumatic tools, such as drills, impact wrenches and pneumatic cylinders, require compressed air. An air compressor supplies the necessary pressurized air, enabling these tools to perform various tasks efficiently and with consistent power.
• Automation and control systems: Air compressors power automated systems and provide the necessary compressed air to operate pneumatic actuators, valves and cylinders, which are integral components of automatic machinery and production lines.
• Conveyor systems: Compressed air is commonly used to power conveyor systems in manufacturing facilities. It enables the movement of materials, components and finished products along the production line, facilitating smooth and efficient workflow.
• Pneumatic actuation: Pneumatic actuators, such as air cylinders, are essential for precise movement and control in manufacturing processes. An air compressor supplies the air required to actuate these devices, allowing for accurate and repeatable motion in assembly lines, sorting systems and other industrial applications.
• Cleaning and blow-off operations: Compressed air used for cleaning purposes, such as removing debris, dust or contaminants from parts, machinery or work surfaces. Air compressors power air blow guns or jets, providing a directed stream of compressed air for efficient cleaning and blow-off operations.
• Pressurized systems and equipment: Certain manufacturing processes require pressurized air systems for specific applications. For example, pneumatic presses, clamps and control systems rely on compressed air from an air compressor to generate the necessary force or pressure for accurate and controlled operations.

Types of Air Compressors 

The most prevalent type of air compressor relies on positive displacement mechanisms to generate pressure. Two commonly used variations are reciprocating piston air compressors and rotary screw air compressors.

Reciprocating Compressor

Reciprocating compressors use cylinders or pistons to compress air. They have a smaller capacity and are designed for intermittent usage. These compressors can operate as either low-pressure or high-pressure machines and find frequent application in garages, workshops and construction sites.

There are two configurations for reciprocating compressors:

• Single-stage compressors: These compressors draw air from the atmosphere and compress it to the final pressure in a single stroke. Single-stage compressors are typically employed for pressures ranging from 70 to 135 pounds per square inch (PSI). They usually offer higher cubic feet per minute (CFM) rates than two-stage compressors.
• Two-stage compressors: Two-stage compressors involve a two-step process, compressing air to an intermediate pressure and then to a final pressure of up to 200 PSI. Two-stage compressors exhibit greater efficiency at higher pressures due to compressed air cooling between stages. While most two-stage reciprocating compressors are oil-lubricated, oil-less versions are also available.

The choice between oil-less and oil-lubricated reciprocating compressors depends on specific industry requirements. Oil-less models are more suitable for lighter usage, as they may wear out faster, while oil-lubricated versions are more durable and appropriate for frequent, heavy-duty applications. 

Typical uses of oil-less and oil-lubricated reciprocating compressors include:

• Handheld pneumatic tools: Reciprocating compressors are used for powering a range of handheld pneumatic tools. Their versatility and ability to deliver compressed air at varying pressure levels suit these tools' intermittent and diverse air requirements.
• Small workshops and garages: Due to their compact size and lower capacity, reciprocating compressors are well-suited for small workshops and garages. They provide sufficient power for tasks like inflating tires, operating small air tools and powering pneumatic systems.
• Construction sites: Reciprocating compressors find utility in construction sites where intermittent air supply are prioritized. They can power pneumatic tools, such as jackhammers, impact wrenches and paint sprayers, enabling efficient construction, renovation and repair work.
• Manufacturing and industrial applications: They can be employed in pneumatic manufacturing lines. Additionally, reciprocating compressors are utilized in metalworking machines like CNC machines, laser cutting equipment and blow guns.
• Spray painting: In automotive, industrial or artistic applications, reciprocating compressors are used to power airbrushes and spray guns for painting. They deliver the air pressure and volume required to achieve consistent and precise spray patterns.

Rotary Screw Compressor 

Rotary screw compressors utilize two screws rotating in opposite directions to compress air. They are characterized by their high capacity and low-pressure operation, designed for continuous use that can extend up to 24 hours daily. These compressors are typically large-scale industrial machines, ranging from 10 horsepower (hp) to 1,000 hp.

Note that screw compressors offer a maximum pressure of 215 PSI and are not primarily intended for high-pressure requirements like reciprocating compressors. Extended periods of inactivity for rotary screw compressors should be avoided, as they can lead to rust formation. 

Rotary screw compressors are used in various industrial and commercial applications where a continuous and reliable compressed air source is required. Here are some typical uses of rotary screw compressors:

• Manufacturing facilities: They can power pneumatic machinery, such as automated assembly lines, conveyor systems and robotic equipment, providing a consistent compressed air supply for smooth and efficient operations.
• Construction and contractors: They can power air tools and equipment, such as jackhammers, impact wrenches, pneumatic drills and sandblasters, enabling heavy-duty tasks and continuous operation without interruption.
• Automotive industry: In the automotive sector, rotary screw compressors are used to power air tools, such as pneumatic wrenches, air-powered paint sprayers and tire inflation systems, providing the necessary compressed air for automotive repair, painting and assembly operations.
• Manufacturing processes: Rotary screw compressors are used in manufacturing processes that require compressed air for operating machinery and equipment. They can power air-operated control systems, pneumatic actuators and cylinders, facilitating precise movement, control and automation in production lines.
• HVAC systems: They provide compressed air for cooling, air circulation and pneumatic controls in large-scale HVAC applications, ensuring efficient and reliable operation of the systems.
• Food and beverage industry: In the food and beverage industry, rotary screw compressors are used for packaging, bottling and processing applications. They provide clean, oil-free compressed air, adhering to the strict hygiene standards required in food and beverage production.
• Energy and mining: They can power drilling equipment, pneumatic tools and control systems, enabling efficient exploration, extraction and processing of natural resources.

Reciprocating vs. Rotary Screw Technology

A reciprocating air compressor is often the most suitable solution for smaller businesses that infrequently use air tools or require horsepower below 10 hp. Typically, rotary screw air compressors or vane compressors are employed in cases demanding higher horsepower. Systems with a constant load exceeding 350 horsepower may opt for centrifugal compressors.

Common Air Compressor Features 

When selecting a suitable air compressor for your company, you require more comprehensive information. In addition to the available types, you need to be aware of the features and options associated with each.

Pressure, Capacity and Flow Rate

Air pressure is measured in pounds per square inch and represents the air pressure the compressor delivers. Higher PSI indicates a larger volume of air compressed per minute. Most compressors offer pressures ranging from 100 to 175 PSI, but the required air pressure depends on the typical air consumption of the tools used at the same time.

Maximum CFM Usage

Cubic feet per minute (CFM) measures the volume flow rate, indicating how much air a compressor can pump in one minute. Larger applications require higher CFM units. 

Compare compressors using Standard Cubic Feet per Minute (SCFM), which standardizes the measured flow of air to a set of reference conditions: 14.5 PSIA, 68 degrees Fahrenheit and 0% relative humidity. Calculating the total CFM of all the tools used simultaneously and adding a 30% safety buffer helps determine the required CFM. However, consider that totaling the air tools' usage throughout the day may result in an inflated CFM value.

Horsepower

Horsepower is the unit of measurement for the power a compressor motor produces. Higher hp engines generate greater PSI and can handle heavier workloads. The typical range of hp for air compressors falls between 1.5 hp and 6.5 hp. 

Contrary to popular belief, models with higher hp are not superior to those with lower hp. A 5-hp compressor does not necessarily outperform a 3-hp model and may consume more power if the extra horsepower is unnecessary. As horsepower increases, so does CFM, which represents the volumetric flow rate of the compressed air output.

Drive System

An electric motor-driven compressor is preferable if electrical power is consistently available. Electric drive systems are cost-effective and require less maintenance. On the other hand, if electrical power is not always accessible, a gasoline engine-driven compressor offers flexibility in the work area.

Tank Size

Choosing the appropriate tank size depends on the intended usage. Smaller tanks are suitable for quick, concentrated bursts, while larger tanks are necessary for continuous operation. Units with larger tanks and powerful motors can sustain higher levels of PSI for longer durations. An oversized six-gallon tank can store more air, reducing the frequency of pump cycles.

Cooling System

A compressor should feature an internal cooling system to maintain optimal temperature for the pumping mechanism and motor, thus extending their life span. 

Cooling systems to choose from include: 

• Air-cool system: The air-cooling system utilizes a fan to cool the pump and vents excess heat into the ambient air.
• Closed-loop dry cooling system: This system operates similarly to a car radiator or air conditioner coils. A coolant, usually glycol, circulates through closed coils, carrying heat away from the compressor pump and motor. Excess heat dissipates from the coils, re-cooling the liquid for the next cycle. 
• Open-loop evaporative cooling system: This system is different as it relies on fresh water and moving air to cool the compressor. A fan blows air across the water, cooling the compressor motor naturally.

Thermal Overload Switch

Due to the heat generated during air compression, an industrial air compressor should include a thermal overload switch. This safety feature shuts off the motor if the compressor overheats, reducing the risk of motor burnout.

Standard vs. Oil-Free Pumps

Choosing between a standard pump and an oil-free pump depends on the specific requirements of your application. An oil-free pump will be preferred if your processes demand clean, oil-free air. However, a standard pump can provide reliable performance at a lower cost for general-purpose applications where oil contamination is not a concern. Consider these additional comparisons to help you decide:

• Standard oil-lubricated pumps: Standard pumps require oil for lubrication to reduce friction and wear between moving components. The oil also helps dissipate heat generated during compression, leading to smoother operation and extended pump life. As the oil circulates in the pump, it can introduce small amounts of oil vapor or particles into the compressed air stream. While these contaminants may not be an issue for many applications, they can impact sensitive equipment or processes that require clean, oil-free air.

• Oil-free pumps: Oil-free pumps utilize alternative mechanisms to achieve lubrication without needing oil. Oil-free pumps provide a cleaner compressed air output, eliminating the risk of oil contamination. An oil-free operation makes them suitable for applications that demand oil-free air, such as in the food and beverage industry, electronics manufacturing, medical environments, and specific painting or finishing processes.

Single-Stage vs. Multi-Stage

Reciprocating air compressors come in single-stage and dual- or multi-stage versions. Single-stage compressors draw air from the atmosphere to the final pressure in a single stroke. They are commonly used for pressures ranging from 70 to 135 PSI and are suitable for lighter applications. Dual-stage compressors compress air to an intermediate pressure and then to a final pressure of up to 200 PSI. They are more efficient at higher pressures for continuous operation, facilities with multiple air-powered tools, machines and applications requiring pressures above 100 PSI.

What to Look for When Buying an Air Compressor

After determining the type of air compressor and horsepower best for your application, you can decide how to buy an air compressor. By understanding what to look for, you can select an air compressor that will provide reliable performance and meet your requirements.

Purpose and Intended Use

Determine the air compressor's primary purpose and intended use. Consider the applications you will be using it for, whether it's powering pneumatic tools, operating machinery or running a production line. Create a list of your requirements for your air compressor to help you identify the appropriate specifications and decide how to choose the right air compressor.

Operating Pressure

Assess your applications' maximum required operating pressure. Consider the air pressure needed by your tools or equipment and choose an air compressor that consistently delivers the required pressure. 

 

While tools typically operate at a maximum of 90 PSI, choosing a compressor with a higher PSI rating is wise. As air pressure decreases during usage, having at least 35% above the required 90 PSI (around 120 PSI) ensures consistent pressure for optimal performance.

Air Flow

Evaluate the volume of airflow you will need. Determine the total CFM required by considering the air consumption of all the tools or equipment used simultaneously. Add a safety buffer around 30% to ensure sufficient airflow. Remember that excessive CFM requirements can lead to an unnecessarily large and costly air compressor.

Power Source

Consider the available power sources at your location. Electric motors and gasoline engines are the two primary power sources for air compressors:

• Electric motors: They are commonly used for smaller compressors intended for indoor or stationary applications. They offer the advantage of being more cost-effective, requiring less maintenance and producing less noise and emissions. Electric-powered compressors are ideal for workshops, garages and other settings where electricity is readily available.
• Gasoline engines: Gas or diesel engines are employed in larger, more powerful compressors that require mobility and operation in outdoor or remote locations. These compressors offer greater flexibility but are noisier and emit exhaust fumes. Gasoline-powered compressors are commonly used in construction sites, outdoor events and other environments without access to electrical power.

Noise Level

Evaluate the noise level of the air compressor, especially if you will be using it in a noise-sensitive environment. Look for compressors with lower decibel (dB) ratings or models with noise-reducing features such as insulated enclosures or vibration dampening.

Durability and Build Quality

Examine the build quality and durability of the air compressor. Consider factors such as materials, construction design and overall reliability. A sturdy and well-built compressor will provide long-lasting performance and require fewer repairs or maintenance.

Additional Features and Accessories

Take note of any additional features and accessories that may enhance the usability and convenience of the air compressor. Other features could include automatic shut-off, adjustable pressure settings, integrated air filtration systems or built-in air dryers. Consider whether these features align with your specific requirements and provide added value.

Brand Reputation and Customer Support

Research the reputation of the brand and the customer support they offer. Look for well-established, reputable manufacturers that produce reliable, high-quality air compressors. 

Budget Considerations

Set a budget for your air compressor purchase and ensure you find a model that fits your financial constraints. While it is essential to consider cost, prioritize finding a compressor that meets your specific requirements and offers good value for its features and performance.

How to Choose the Right Air Compressor 

By carefully considering factors and aligning them with your specific application, you can choose an air compressor that meets your needs, provides optimal performance and offers long-term reliability. Here is a list of factors to consider:

• Required operating pressure: Determine the maximum pressure needed for your application. Consider the PSI requirements of the tools or equipment you will use with the compressor.
• Duty cycle: Determine the expected duty cycle of your application. Some applications require continuous operation, while others have irregular usage patterns. Choose a compressor that can handle the duty cycle effectively.
• Maintenance requirements: Evaluate the maintenance needs of the compressor. Consider factors such as oil changes, filter replacements and overall upkeep. Determine if the maintenance schedule aligns with your resources and capabilities.
• Compressor type: Choose between different compressors, such as reciprocating (piston), rotary screw or rotary vane, based on your specific requirements and budget.
• Additional features: Consider other features that enhance usability and performance. These may include automatic start/stop, pressure regulators, built-in air dryers, thermal overload protection, digital controls or integrated air filtration systems.
• Safety considerations: Prioritize safety features such as pressure relief valves, proper grounding and adherence to safety standards.
• Future expansion: Consider potential future growth or changes in your air requirements. If development is anticipated, ensure the compressor can meet future demands.

Find the Right Air Compressor With Fluid-Aire Dynamics 

Fluid-Aire Dynamics offers an extensive range of air compressors tailored to meet diverse needs. We exclusively provide equipment and products manufactured by reputable companies that have earned our trust. 

Our commitment extends beyond product sales. With years of experience, we possess expertise in installing and repairing these products. Our services encompass a wide range, including repair, maintenance, installation and emergency support. By providing prompt assistance, we aim to minimize downtime for our customers, leading to increased profitability.

Explore our air compressors today, and feel free to contact us anytime for additional information or a free estimate. 

A Guide to Buy Your First CO2 Laser Machine

CO2 laser machine is also known as CO2 laser engraving and cutting machine, CO2 laser engraver, CO2 laser cutter, CO2 laser enrgaving machine, CO2 laser cutting machine, In this article, we will provide a brief buyer's guide to the CO2 laser engraving and cutting machine.

Purchasing of a laser machine should be careful and conscious. Failed investment in wrong equipment may adversely affect the successful development of your business.

In general, we set goals as following:

1. To raise the customers' level of knowledge and requirements of choosing the laser equipment.

2. To reveal the design features of some machines, which are mostly hidden by sellers.

3. To increase general level of laser culture among laser machines users.

4. Guide to buy a high quality machine.

The working principle of CO2 laser machine:

CO2 laser engraving and cutting machine generates laser beam by laser tube. Through three mirrors and a focus lens, the laser is finally focused on the material and two movable axes position the laser beam on the workpiece. The surface of the material is subject to strong thermal energy and the temperature increases rapidly. This point rapidly melts or vaporizes due to high temperature, and the laser trajectory is used to achieve the purpose of processing.

What materials can CO2 laser machine process?

Acrylic

MDF

Wood

PVC

Color-board

Rubber

Leather

Cottom

Paper

Plastic

ABS bord

Paper board

What industries can CO2 laser machine be applied in?

1. Printing and packaging industry

2. Craft gift industry

3. Advertising industry

4. Leather garment industry

5. Model industry

6. Stone (tombstone) industry

7. Studio industry

The main parts of CO2 laser machine:

I. Optical system

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1. Laser tube

2. Mirror

3. Focusing mirror

4. Aluminum ring

5. Red light pointer

II. Power system

1. Laser power supply

2. Switching power supply

3. Stepper motor and driver

4. Guide

5. Belt transmission system (Screw transmission system for optional)

6. Synchronous wheel

III. Control system

1. Ruida RD6442S control system

2. Support CorelDraw, Photoshop, AutoCAD, Illustrator, InkScape, etc.

IV. Work table

Common working table include: Up-down table, Knife table, Honeycomb table

Unusual working table include: Globular table, Hydraulic up-down table, Mountain type table

1. Up-down table: Mainly used for cutting and engraving thick materials

2. Knife table: It can be used for engraving and cutting hard materials.

3. Honeycomb table: Mainly used for relatively soft materials, such as leather, fabrics, etc.

V. Peripheral equipment

1. Cooling system

Pump: Directly in the bucket, used for low configuration machine.

Water chiller : Cooling the laser tube provides a stable operating environment for the laser tube.

2. Exhaust fan: Eliminate smoke.

3. Air compressor and Air pump: The function is to cool the material and the lens.

How does a CO2 laser machine work?

Attached to your computer just like a printer, the laser engraving machine will cut designs you create in most graphic software programs. Set up your page size to the size of the piece you are engraving, create your image, and print it to the laser - it will even cut many of the materials with the same system.

The best way to describe how our lasers work is to compare the system to your printer. Using similar technology, we take the images you typically print to paper, but instead we fire a CO2 laser beam that engraves and cuts your design on a wide variety of materials.

How to make an image to laser engraving and cutting?

1. Start by scanning or importing your image.

2. Import your image into CorelDRAW or a similar design program. Set your page size to the size of the piece you are engraving.

3. Convert the photo to grayscale. Since we are engraving on anodized aluminum for this example, we have inverted the image.

4. Configure the laser's speed and power, using the suggested settings in the owner's manual, then send the print job to the laser system for engraving.

5. Complete by choosing your print job from the laser menu and pushing the go button for engraving to begin.

6. Your work is done! With these few, simple steps, you have created a stunning engraving that will last a lifetime.

What are the different types of CO2 laser machine?

According to different laser powers, the CO2 laser machine have 40w 60w 80w 100w 130w and 150w

According to different working sizes, there are have : 600*400mm 600*900mm 1300*900mm 1300*1800mm 1300*2500mm 1400*1000mm, 1600*1000mm. According to customer demand, other sizes can be customized.

How much does a CO2 laser machine cost?

How to buy an affordable CO2 laser machine within your budget?

The CO2 laser machine cost is closely related with its configuration. Although the machine appearance sometimes you feel you see Is almost the same, the realization of the function is the same of (cutting, plane engraving, relief and so on), but according to the different configurations, its price, processing speed, machine service life will be different.

Before you purchase, there are several items you have to confirm:

1. Learn about what material you wants to process by the machine. Non-metalic material usually requires machine, but metal sheet cutting work requires fiber laser cutting machine.

2. Select the appropriate machine working size according to the size of the product to be processed. However, it should be noted that the large working size of the machine is not necessarily good.Because machines with large working sizes are expensive, while some machines with poor quality have unstable laser output at various points on large-format surfaces, resulting in different shades of engraving products on the same table, so choosing the right working size is very important.

3. Check the type of work you want to use the machine for. If you process column material, such as glass cup, bottles, bamboo, egg, you have to requires the machine fits rotary device( rotary attachment) and moving table. The rotary devices are different for holding bottles and egg, so do remember list what type of work you do. Laser machines are designed for different applications, such as CO2 laser fabric cutting machine, CO2 laser stone engraver, CO2 laser sign engraver, even CO2 laser label cutter. CO2 laser fabric cutter requires special working table and support to hold fabrics rollers, marble processing requires rolling table for lifting and moving easily, label cutting requires a scanner which could scan the edge of label to guide the laser head to cut. If this is something you want to invest in, buy a machine that can do that.

4. Check laser tube power you want. Wood cutting and paper cutting requires different laser tube power, cutting thickness also requires different power, so this is the important element you should consider too.

If your work is mainly engraving, the 40w, 60w, or 80w laser power is a good choice.

If your work is engraving and cutting, here is a form about cutting different thicknesses of materials with different laser power:

Max cutting thickness(mm)40W60W80W100W130W150WAcrylic3812152030MDF24791320Wood358101520PVC24791318Color-board23681218Rubber2478910Leather148101315Cotton3612152024Paper348 (About 30 pcs)101215Plastic147101010ABS bord3812152024Paper board25681218

5. After-sales service of machinery is also very important, but people often fall into a wrong myth. They do not know that machinery of good quality are not easy to damage, so there is no need for frequent maintenance, but it is a machine with poor quality. Frequent damage requires special attention to this point. After-sales service has a direct impact on the production efficiency. If a machine that has been purchased fails to solve the problem, it will directly cause production to stop and cannot work. Therefore, after-sales service is very important. Therefore, when customers choose laser engraving machine products, they must actively understand the market, analyze the market, analyze which manufacturers produce better machines, the credibility is guaranteed, and which manufacturers have relatively good machine quality and better engraving effects. The information must take time to know.

6. Cooling system of the laser tube: the steady operation of the laser machine is largely dependent on the cooling system of the glass laser tube. Any problems with the cooling system may cause the laser tube failure. Therefore the laser machine has to be equipped with a water-cooling unit or chiller to cool the laser tube. The chiller keeps the water temperature at the given level. Freon gas which does not destroy the ozone layer is used as the refrigerant. The chiller provides the steady operation of the laser tube. If you buy a laser machine with the cooling system which consists of a plastic tank and an aquarium compressor, we think that the supplier has disrespected you.

The chiller must properly fit the laser machine and conform to power of the installed laser tube. Sometimes Some suppliers deliberately install the chiller which does not meet the requirements for cooling the laser tube.

The cooling circuit of laser machine must be equipped with the water flow sensor as the additional protection of the water cooled laser tube. In case if the sensor detects the lack of flow or poor water circulation, the laser machine will power off the laser tube automatically thus protect it from damages and save your money and time.

The lack of protection for the laser optical path against dirt and dust contamination in the laser tube.

There is no built-in laser tube protection against dirt and dust contamination at the outlet of laser tube in the some laser machines that causes fast failure of laser tube and decreases laser power during operation.

7. CO2 laser engraving and cutting quality mainly depends on the quality of the built in the laser optical path mirrors and focus lenses as well as the type of coating laid on the optical elements. As a general the laser optical path consists of 3 mirrors and 1 focus lens which sequentially transmit the laser beam at an angle of 90 degree from the laser tube to working area and a focus lens built in the laser carriage to converge the laser beam at the spot on the working area.

The special coating laid on the mirrors of optical system enhances the laser beam reflection rate. Economy class mirrors are installed in the laser machines. The coating laid on this mirror burns and fails quickly. The rate of laser power loss is high from the economy class mirror. As a result of such economy the laser beam loses significant amount of laser power before to converge at the working area. The percentage of laser power loss in the optical path reaches 20-50%.

The focus lens is the major part of laser optical system. Focus lenses are made of zinc selenide which has highest transmission ratio of laser beam. The special coating or plating on the focus lens minimizes the laser beam refraction coefficient on the lens surface and increases the capacity of laser beam through a lens. The installation of economy class focus lens in some laser machines causes distortion of laser beam, large loss of laser power in the working area and as a result poor quality of cutting and engraving.

WHY CHOOSE STYLECNC?

High Quality

Starting with purchase the original part of the machine, then production and installation of machinery. Finally, the complete CO2 laser machine will be tested to make sure they can work very well before being out of factory. In each process we pass strict quality checks to ensure that the machine is of high quality.

Affordable Price

Some customers are seeking cheap psychologic,before they place order,they do comparison just based on price and don’t care about quality, the results is obviously to be cheated and get some bad quality machine or machines that can’t do their works.

Please remember that no one do lose money trading.

We specify the price of the machine according to the quality of the machine and market conditions. Maybe our CO2 laser machine price not low, so if customers who only care about price,please go to other suppliers directly, we don’t do bad quality machine.

Any customer who choose us finally,will never get disappoint,we believe that you will come again after first deal.

Excellent After-Sales Service

STYLECNC has a professional technical team. Our engineer is professional on many issues, so if you have any problem about machine, our engineer will know why the problem happen, and tell you the solution. We offer 24 hours of online remote guide. If the remote guide online does not solve all the problems, our engineer can go to your place to solve problems.

If you have an idea to buy a CO2 laser engraving and cutting machine, please review the items listed below:

CO2 Laser Engraving Machine

CO2 Laser Cutting Machine

Mixed Laser Cutting Machine

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