Product Introduction
Mixed laser cutting machines are engineered to handle both metal and non-metal materials in one system. These machines combine CO2 laser technology for non-metals with the capability to cut thin metals such as stainless steel and carbon steel. Businesses can use mixed laser systems to cut acrylic, wood, MDF, PVC, plastic, and light-gauge metals without switching equipment. AccTek Group designs its mixed laser machines with dual-purpose laser heads and advanced motion control systems. Each machine allows users to switch between materials with minimal setup. Many industries, including signage, advertising, crafts, and light fabrication, benefit from this flexibility. The machines deliver clean, polished edges on non-metals and accurate cuts on thin metals. Operators can perform cutting and engraving tasks in a single run. AccTek Group ensures compatibility with major design software formats for seamless workflow. Safety features include enclosed work areas and emergency stop buttons. These machines offer an efficient and cost-effective solution for mixed-material processing.
Types of Mixed Laser Cutting Machines
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Single Beam Mixed Laser Cutting Machine
Price range: $14,700.00 through $35,500.00 This product has multiple variants. The options may be chosen on the product page -
Dual Beam Mixed Laser Cutting Machine
Price range: $20,700.00 through $45,500.00 This product has multiple variants. The options may be chosen on the product page
Application of Mixed Laser Cutting Machines
Mixed laser cutting machines are used in industries that process both metal and non-metal materials. These machines can cut stainless steel, carbon steel, galvanized sheet, and aluminum. They also handle acrylic, wood, MDF, PVC, plastic, leather, and fabric. Sign-making companies use them to cut metal letters and acrylic panels. Advertising businesses rely on them for display stands, illuminated signs, and decorative elements. Furniture manufacturers use them for cutting metal frames and wooden inlays. Craft producers use them for custom artwork, model making, and mixed-material products. Light fabrication shops use them to handle varied cutting tasks without switching machines. Interior designers use them to create custom screens, panels, and signage. Schools and training centers use them for multi-purpose educational projects. AccTek Group’s mixed laser machines provide clean edges, high accuracy, and efficient workflow. They are ideal for workshops that need to process a wide range of materials. Mixed laser cutting machines are a flexible solution for mixed production environments.
Customer Testimonials
Mixed Laser Cutting Machine VS Other Cutting Machines
| Comparison Item | Mixed Laser Cutting Machine | Plasma Cutting Machine | Knife Cutting Machines | Waterjet Cutting Machine | Mechanical Cutting Machine |
|---|---|---|---|---|---|
| Material Compatibility | Metals and non-metals (e.g., acrylic, wood, steel) | Metals only | Soft, thin non-metals (e.g., vinyl, foam, fabric) | Almost all materials, including thick and brittle types | Metals, plastics, wood |
| Cutting Precision | High for both metals and non-metals | Moderate | High for thin, flexible materials | High | Moderate |
| Edge Quality | Clean edges, polished on acrylic | Rougher edges often require finishing | Clean on soft materials | Smooth edges, no heat-affected zones | May have burrs or tool marks |
| Cutting Speed | Fast on thin metals and non-metals | Fast on thick metals | Very fast on thin materials | Slow to moderate | Moderate |
| Heat-Affected Zone | Minimal on metals, none on non-metals | Large | None | None | Moderate (friction-based) |
| Suitable for Engraving | Yes (on non-metals) | No | No | No | No |
| Tool Wear | Very low (non-contact laser cutting) | High (consumables wear quickly) | Low (blades need replacement over time) | High (nozzles and pumps require maintenance) | High (blades and bits wear with use) |
| Cutting Thickness Range | Moderate (best for thin to medium materials) | Excellent on thick metals | Limited to thin materials | Excellent on thick materials | Varies depending on the machine |
| Material Changeover | Easy and fast between metal and non-metal | N/A (metals only) | Limited to soft materials | Suitable for many materials but requires setup changes | Time-consuming for mixed materials |
| Operating Cost | Low to moderate | High (gas and consumables) | Low | High (abrasive and water consumption) | Low to moderate |
| Maintenance Level | Low (simple cleaning and alignment) | High (frequent consumable replacement) | Low | High (abrasive handling, pump maintenance) | Moderate to high |
| Application Versatility | Very high (cutting + engraving across different material types) | Limited to heavy-duty metal cutting | Limited to signage, packaging, and textiles | High for custom or industrial cutting of specialty materials | Moderate (basic industrial or workshop use) |
Why Choose Us
AccTek Group is a leading laser cutting machine manufacturer, dedicated to delivering high-quality, precision-driven solutions for industries worldwide. With years of experience in laser technology, we design and produce laser cutting machines that enhance efficiency, reduce production costs, and improve overall productivity. Our machines are widely used in metal fabrication, automotive, aerospace, and other industries that require precise and efficient cutting. We prioritize technological innovation, strict quality control, and exceptional customer service to ensure that every machine meets international standards. Our goal is to provide durable, high-performance solutions that help businesses optimize their operations. Whether you need a standard machine or a customized cutting system, AccTek Group is your trusted partner for reliable laser cutting solutions.
Advanced Technology
Our laser cutting machines feature high-speed, precision cutting with the latest laser technology, ensuring smooth edges, minimal waste, and superior efficiency across various materials and thicknesses.
Reliable Quality
Each machine undergoes rigorous quality control and durability testing to ensure long-term stability, low maintenance, and consistent high performance, even under demanding industrial conditions.
Comprehensive Support
We provide full technical support, including installation guidance, operator training, and after-sales service, ensuring smooth machine operation and minimal downtime for your business.
Cost-Effective Solutions
Our machines offer high performance at competitive prices, with customizable options to fit different production needs, helping businesses maximize their investment without compromising on quality.
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Frequently Asked Questions
What Are Mixed Laser Cutting Machines?
Mixed laser cutting machines are versatile systems designed to handle both metal and non-metal materials using a single machine. They are typically based on CO2 laser technology but are enhanced with additional components that allow them to cut thin metals. This dual-function capability makes them popular in small to medium-sized workshops that need flexibility without the cost or space requirements of owning two separate machines.
For non-metal applications, mixed laser cutting machines can cut materials like acrylic, wood, MDF, leather, rubber, fabric, and paper with high precision. These are the materials CO2 lasers naturally excel at. What sets mixed machines apart is their added ability to cut certain metals—mainly thin sheets of carbon steel and stainless steel, usually up to about 1.5 to 6 mm thick. This is made possible by incorporating features like a high-voltage laser power supply and oxygen-assist gas systems that enhance the cutting power for metal.
However, there are limitations. Mixed laser cutting machines can’t handle thicker metals or highly reflective materials like aluminum or copper, which are better suited for fiber laser machines. They are also slower and less precise on metal compared to dedicated fiber systems. In addition, the mixed setup requires more maintenance due to the broader range of materials being processed and the more complex machine design.
Despite these drawbacks, mixed laser cutting machines are a practical solution for businesses that work with both signage materials and light metal fabrication. They offer a good balance between cost, capability, and convenience, especially for users who need to cut a variety of materials without investing in multiple specialized machines.
For non-metal applications, mixed laser cutting machines can cut materials like acrylic, wood, MDF, leather, rubber, fabric, and paper with high precision. These are the materials CO2 lasers naturally excel at. What sets mixed machines apart is their added ability to cut certain metals—mainly thin sheets of carbon steel and stainless steel, usually up to about 1.5 to 6 mm thick. This is made possible by incorporating features like a high-voltage laser power supply and oxygen-assist gas systems that enhance the cutting power for metal.
However, there are limitations. Mixed laser cutting machines can’t handle thicker metals or highly reflective materials like aluminum or copper, which are better suited for fiber laser machines. They are also slower and less precise on metal compared to dedicated fiber systems. In addition, the mixed setup requires more maintenance due to the broader range of materials being processed and the more complex machine design.
Despite these drawbacks, mixed laser cutting machines are a practical solution for businesses that work with both signage materials and light metal fabrication. They offer a good balance between cost, capability, and convenience, especially for users who need to cut a variety of materials without investing in multiple specialized machines.
How Much Are Mixed Laser Cutting Machines?
Mixed laser cutting machines typically fall into two pricing categories based on their configuration: single beam and double beam systems.
Single beam mixed laser cutting machines are the more affordable option, usually priced between $15,000 and $40,000. These machines use one beam—typically a CO2 laser that’s been enhanced to handle both non-metals and light metals. They’re ideal for small to mid-sized workshops that primarily work with non-metals but occasionally need to cut thin sheets of stainless or carbon steel. While they offer versatility, their metal cutting speed and thickness capabilities are limited compared to fiber lasers.
Double beam mixed laser cutting machines are more advanced and typically range from $21,000 to $50,000. These machines use two separate beams—one optimized for non-metals (usually CO₂) and one for metals (often fiber). This setup allows seamless switching between material types, better performance on both ends, and improved efficiency. Double beam machines are well-suited for businesses that regularly work with a mix of materials and need higher productivity without compromising quality.
The cost depends on factors like machine size, laser power, build quality, and additional features such as automatic focusing, cooling systems, or software integration. Investing more typically brings better speed, cutting precision, and longer durability—especially if you’re handling production-level workloads.
Single beam mixed laser cutting machines are the more affordable option, usually priced between $15,000 and $40,000. These machines use one beam—typically a CO2 laser that’s been enhanced to handle both non-metals and light metals. They’re ideal for small to mid-sized workshops that primarily work with non-metals but occasionally need to cut thin sheets of stainless or carbon steel. While they offer versatility, their metal cutting speed and thickness capabilities are limited compared to fiber lasers.
Double beam mixed laser cutting machines are more advanced and typically range from $21,000 to $50,000. These machines use two separate beams—one optimized for non-metals (usually CO₂) and one for metals (often fiber). This setup allows seamless switching between material types, better performance on both ends, and improved efficiency. Double beam machines are well-suited for businesses that regularly work with a mix of materials and need higher productivity without compromising quality.
The cost depends on factors like machine size, laser power, build quality, and additional features such as automatic focusing, cooling systems, or software integration. Investing more typically brings better speed, cutting precision, and longer durability—especially if you’re handling production-level workloads.
How Long Is The Service Life of Mixed Laser Cutting Machines?
The service life of mixed laser cutting machines typically ranges from 8 to 12 years, depending on the machine’s build quality, how often it’s used, and how well it’s maintained.
These machines combine CO2 laser components (for non-metals) and enhanced systems for cutting thin metals. The CO2 laser tube—a key part of the system—usually lasts 2,000 to 10,000 hours, depending on whether it’s a glass or RF (metal) tube. The metal-cutting components, such as the laser head and assist gas system, also wear over time, especially under heavy use.
With regular maintenance—cleaning the optics, replacing worn parts, maintaining cooling and exhaust systems—you can extend the machine’s working life significantly. Poor maintenance or continuous heavy use without proper care can shorten its life to less than 8 years.
In general, if you follow a solid maintenance routine and operate the machine within its limits, a mixed laser cutting machine can deliver reliable performance for a decade or more.
These machines combine CO2 laser components (for non-metals) and enhanced systems for cutting thin metals. The CO2 laser tube—a key part of the system—usually lasts 2,000 to 10,000 hours, depending on whether it’s a glass or RF (metal) tube. The metal-cutting components, such as the laser head and assist gas system, also wear over time, especially under heavy use.
With regular maintenance—cleaning the optics, replacing worn parts, maintaining cooling and exhaust systems—you can extend the machine’s working life significantly. Poor maintenance or continuous heavy use without proper care can shorten its life to less than 8 years.
In general, if you follow a solid maintenance routine and operate the machine within its limits, a mixed laser cutting machine can deliver reliable performance for a decade or more.
What Are The Power Options Available For Mixed Laser Cutting Machines?
Mixed laser cutting machines come with a range of power options for both their fiber and CO2 laser components, allowing users to tailor the machine to their specific material and cutting needs.
On the fiber laser side, which handles metal cutting, common power options include 1500W, 2000W, 3000W, and 6000W. Lower wattages like 1500W and 2000W are suitable for cutting thin sheets of stainless steel, carbon steel, and other common metals, typically up to about 6–12 mm, depending on the material. Higher wattages, such as 3000W and 6000W, enable faster cutting speeds and the ability to handle thicker metal sheets with better edge quality and less dross.
For the CO2 laser side, which is used for cutting non-metals like wood, acrylic, leather, and plastic, power options vary much more widely—from 60W up to 600W. Lower power models (60W to 150W) are ideal for engraving and cutting thinner materials like acrylic sheets or fabric. Medium power options (180W to 300W) can handle thicker wood and acrylic up to 20–30 mm. Higher power CO2 lasers (500W and 600W) are more industrial and capable of deeper cuts or faster processing speeds, especially on denser non-metal materials.
The combination of these two laser types and power options makes mixed laser cutting machines highly versatile, giving you the ability to cut both metals and non-metals with a single system. Your choice of power should match your most common materials and cutting depths, balancing performance with budget and operating cost.
On the fiber laser side, which handles metal cutting, common power options include 1500W, 2000W, 3000W, and 6000W. Lower wattages like 1500W and 2000W are suitable for cutting thin sheets of stainless steel, carbon steel, and other common metals, typically up to about 6–12 mm, depending on the material. Higher wattages, such as 3000W and 6000W, enable faster cutting speeds and the ability to handle thicker metal sheets with better edge quality and less dross.
For the CO2 laser side, which is used for cutting non-metals like wood, acrylic, leather, and plastic, power options vary much more widely—from 60W up to 600W. Lower power models (60W to 150W) are ideal for engraving and cutting thinner materials like acrylic sheets or fabric. Medium power options (180W to 300W) can handle thicker wood and acrylic up to 20–30 mm. Higher power CO2 lasers (500W and 600W) are more industrial and capable of deeper cuts or faster processing speeds, especially on denser non-metal materials.
The combination of these two laser types and power options makes mixed laser cutting machines highly versatile, giving you the ability to cut both metals and non-metals with a single system. Your choice of power should match your most common materials and cutting depths, balancing performance with budget and operating cost.
What Can Mixed Laser Cutting Machines Cut?
Mixed laser cutting machines are built to handle a wide variety of materials, making them highly versatile for workshops that deal with both metals and non-metals.
On the non-metal side, they can cut materials like acrylic, wood, MDF, plywood, leather, fabric, rubber, paper, and plastics (excluding toxic types like PVC). These materials are typically handled by the CO2 laser component, which provides clean, precise cuts and smooth edges—especially useful for signage, crafts, packaging, and decorative applications.
On the metal side, mixed laser cutting machines are capable of cutting thin sheets of carbon steel, stainless steel, and galvanized steel. This is handled by the fiber laser setup. Most machines in this category are best for metals under 3mm, though some higher-powered setups may handle up to 6mm, depending on the machine’s fiber laser wattage and gas assist system. That said, mixed laser cutting machines are not suitable for cutting thick or reflective metals like aluminum, brass, or copper—those require dedicated fiber lasers. They’re also not meant for heavily coated or hazardous materials that emit toxic fumes when lasered.
Mixed laser cutting machines are great for users who work with a mix of materials—wood today, steel tomorrow—offering flexibility without switching machines.
On the non-metal side, they can cut materials like acrylic, wood, MDF, plywood, leather, fabric, rubber, paper, and plastics (excluding toxic types like PVC). These materials are typically handled by the CO2 laser component, which provides clean, precise cuts and smooth edges—especially useful for signage, crafts, packaging, and decorative applications.
On the metal side, mixed laser cutting machines are capable of cutting thin sheets of carbon steel, stainless steel, and galvanized steel. This is handled by the fiber laser setup. Most machines in this category are best for metals under 3mm, though some higher-powered setups may handle up to 6mm, depending on the machine’s fiber laser wattage and gas assist system. That said, mixed laser cutting machines are not suitable for cutting thick or reflective metals like aluminum, brass, or copper—those require dedicated fiber lasers. They’re also not meant for heavily coated or hazardous materials that emit toxic fumes when lasered.
Mixed laser cutting machines are great for users who work with a mix of materials—wood today, steel tomorrow—offering flexibility without switching machines.
What Are The Disadvantages of Mixed Laser Cutting Machines?
Mixed laser cutting machines have the advantage of cutting both metals and non-metals, but they also come with several drawbacks that can affect performance, cost, and long-term value.
One major disadvantage is their limited metal cutting capability. These machines are usually designed to cut thin sheets of metal, typically under 6mm. They struggle with thicker or reflective metals like aluminum, copper, and brass, which require the power and precision of dedicated fiber laser cutting machines.
Another drawback is a slower cutting speed, especially on metal. Since the machine is built to handle multiple material types, it doesn’t cut as fast or as cleanly as a machine specifically optimized for one material. This can reduce productivity and require more time for finishing work.
Cut quality can also be inconsistent. The dual-purpose setup means the machine isn’t fully optimized for either material. Non-metal cuts may not be as sharp as on a pure CO2 system, and metal edges might show more burrs or discoloration compared to cuts from a dedicated fiber laser.
Maintenance and operation are more complex. You’re dealing with two different laser systems—each with its own power source, optics, and support equipment. This means more components to monitor, maintain, and potentially repair. The need to switch settings between material types also increases the risk of errors.
Finally, the cost can be hard to justify if you don’t regularly cut both metals and non-metals. While mixed laser machines save space and offer convenience, you might end up paying for capabilities you rarely use. For some businesses, investing in two specialized machines offers better performance and efficiency.
In summary, mixed laser cutting machines trade specialization for flexibility. They’re useful in multi-material environments, but they involve compromises in speed, cut quality, and complexity.
One major disadvantage is their limited metal cutting capability. These machines are usually designed to cut thin sheets of metal, typically under 6mm. They struggle with thicker or reflective metals like aluminum, copper, and brass, which require the power and precision of dedicated fiber laser cutting machines.
Another drawback is a slower cutting speed, especially on metal. Since the machine is built to handle multiple material types, it doesn’t cut as fast or as cleanly as a machine specifically optimized for one material. This can reduce productivity and require more time for finishing work.
Cut quality can also be inconsistent. The dual-purpose setup means the machine isn’t fully optimized for either material. Non-metal cuts may not be as sharp as on a pure CO2 system, and metal edges might show more burrs or discoloration compared to cuts from a dedicated fiber laser.
Maintenance and operation are more complex. You’re dealing with two different laser systems—each with its own power source, optics, and support equipment. This means more components to monitor, maintain, and potentially repair. The need to switch settings between material types also increases the risk of errors.
Finally, the cost can be hard to justify if you don’t regularly cut both metals and non-metals. While mixed laser machines save space and offer convenience, you might end up paying for capabilities you rarely use. For some businesses, investing in two specialized machines offers better performance and efficiency.
In summary, mixed laser cutting machines trade specialization for flexibility. They’re useful in multi-material environments, but they involve compromises in speed, cut quality, and complexity.
In Which Industries Are Mixed Laser Cutting Machines Most Commonly Used?
Mixed laser cutting machines are capable of cutting both metal and non-metal materials and are most commonly used in industries that require versatility, precision, and efficiency to process a wide range of materials. Here’s a breakdown of the key industries:
Mixed laser cutting machines are most valuable where flexibility meets design demand, industries that require working across material types for functional or aesthetic reasons.
- Signage and Advertising: Mixed laser cutting machines are widely used in the signage industry for cutting acrylic, MDF, and thin metal sheets to create signs, lettering, and display components. Their ability to switch between materials makes them ideal for custom jobs and design flexibility.
- Custom Manufacturing: Small to mid-sized manufacturers use mixed lasers to produce a variety of parts from different materials. These machines help streamline production by eliminating the need for separate systems for metal and non-metal processing.
- Interior Design and Furniture: Designers use mixed lasers to create decorative elements, wall panels, and custom inlays using wood, leather, and thin metal. The versatility supports both aesthetic and functional components in furniture and interior products.
- Arts, Crafts, and Personalized Products: Craft businesses and product designers benefit from the ability to cut leather, fabric, acrylic, and thin sheet metal for personalized gifts, jewelry, and custom artwork.
- Prototyping and Product Development: R&D teams use mixed laser cutters for rapid prototyping. Being able to test designs on various materials in one machine speeds up development and reduces material limitations.
- Education and Training: Schools, colleges, and technical training centers use mixed laser cutters to teach students how to work with different materials, preparing them for real-world fabrication and design tasks.
- Automotive Accessories: Shops that create custom vehicle parts use mixed lasers for cutting interior panels, trims, and accessory components made from plastics, leather, and thin metals.
- Packaging and Model Making: Mixed lasers are useful in packaging design and architectural model making, allowing precise cutting of cardboard, paper, foam board, and sometimes light metal for structural or aesthetic elements.
Mixed laser cutting machines are most valuable where flexibility meets design demand, industries that require working across material types for functional or aesthetic reasons.
How To Maintain Mixed Laser Cutting Machines?
Mixed laser cutting machines—able to cut both metal and non-metal—require regular maintenance to stay accurate, efficient, and safe. Here’s a straightforward guide to keeping them in top shape:
To keep a mixed laser cutting machine running smoothly, clean it daily, replace worn parts, maintain the cooling and exhaust systems, check alignments, update software, inspect electrical and gas systems, and follow a regular maintenance schedule. Staying consistent with these steps helps avoid downtime, saves on repairs, and keeps your cuts clean and precise.
- Daily Cleaning and Inspection
- Clean lenses and mirrors to prevent power loss or damage.
- Check the nozzle for debris that could impact precision.
- Clear the cutting bed of scraps and dust.
- Replace Consumables as Needed
- Watch for wear on lenses and nozzles—replace if quality drops.
- Lubricate guide rails and bearings regularly to prevent wear.
- Cooling System Care
- Make sure the chiller is working and water levels are right.
- Change water every 2-4 weeks; use distilled water only.
- Maintain Exhaust and Filtration
- Keep exhaust fans and air filters clean to prevent smoke buildup and overheating.
- Replace filters as necessary.
- Alignment and Focus
- Check laser alignment regularly.
- Run focus tests to ensure the cutting depth is correct, especially after changing materials.
- Software and Firmware
- Update software and firmware when available.
- Back up machine settings and files to avoid data loss.
- Electrical and Gas Checks
- Inspect wiring for wear or looseness.
- Check gas levels and lines for leaks.
- Stick to a Maintenance Schedule
- Create and follow a weekly, monthly, and quarterly checklist.
- Preventive maintenance reduces breakdowns and extends machine life.
To keep a mixed laser cutting machine running smoothly, clean it daily, replace worn parts, maintain the cooling and exhaust systems, check alignments, update software, inspect electrical and gas systems, and follow a regular maintenance schedule. Staying consistent with these steps helps avoid downtime, saves on repairs, and keeps your cuts clean and precise.
Get Laser Cutting Solutions
At AccTek Group, we provide advanced laser-cutting solutions tailored to meet the diverse needs of modern industries. Whether you require high-speed precision cutting, customized automation, or cost-effective production, our machines are designed to enhance efficiency and performance. Our team of experts is committed to helping businesses find the right laser-cutting solution based on material type, thickness, and production scale. From small workshops to large-scale manufacturing, we offer various models with customizable options to optimize your workflow.
With cutting-edge technology, durable construction, and comprehensive support, AccTek Group ensures you get a reliable and efficient laser-cutting solution that meets your requirements. Contact us today to explore how our fiber laser-cutting machines can drive your business forward.
With cutting-edge technology, durable construction, and comprehensive support, AccTek Group ensures you get a reliable and efficient laser-cutting solution that meets your requirements. Contact us today to explore how our fiber laser-cutting machines can drive your business forward.
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