Laser engravers are versatile tools that are suitable for a wide range of applications, from hobby projects to industrial uses. When considering purchasing a laser engraver, it is essential to understand the different types available to choose the one that best suits your needs. Here is an overview of the main types of laser engravers: blue laser engravers, red laser markers, and 1064nm fiber machines.
Types of laser engravers
Blue laser engravers
Description:
Blue diode lasers are a popular choice for beginners. It can engrave/cut wood, leather, paper, etching paint, but is less effective on white paint, some blues, and clear acrylics. Blue laser engraving machines typically use wavelengths around 450nm and are popular for their ability to engrave and cut a variety of materials with high precision.
Ideal for:
1. Wood: balsa wood, plywood, MDF board, birch, etc.
Suitable for cutting and engraving, often used to make decorations, household items and models.
2. Paper and paper jams
Diode lasers can easily cut and engrave paper of various thicknesses, including cardboard, colored paper, etc.
3. Plastic
Acrylic: Colored acrylic sheets can be cut and engraved.
4. Leather
It can be used for engraving and cutting, and is often used to make crafts, jewelry and clothing.
5. Fabric
Can cut many types of fabrics, including cotton, linen and synthetic fibers, suitable for making personalized clothing or crafts.
6. Glass (engraving)
Diode lasers can be used to engrave glass surfaces, usually for surface marking rather than cutting, by blackening with pigment before engraving.
7. Bamboo and grass materials
Diode laser engraving machines can also engrave some natural materials, such as bamboo and some grasses, which are suitable for making environmentally friendly gifts and decorations.
8. Rubber (engraved)
Can engrave soft rubber materials, often used to make gaskets.
9. Natural stone (such as marble and granite)
Diode laser engraving machines can engrave on some soft stones and are generally used for surface decoration.
Advantage:
High precision and details
Suitable for a variety of materials
More affordable
ikier k1 pro Max 70W: The world's first 70W diode laser engraving.
ikier k1 pro Max 48W/24W: Excellent engraving and cutting capabilities, switch 24W/48W with one click.
ikier k1 Ultra 36W: Engraving speed up to 800mm/s. Ultra fine engraving and cutting.
ikier k1 pro 24W: A good partner for the entry level. Motorized Z axis and intelligent autofocus
Infrared laser
Description:
Infrared lasers have a wavelength of about 1064 nanometers and are suitable for marking certain types of metals such as gold, silver, copper, etc. They are generally less powerful than blue or fiber lasers but offer excellent accuracy. Infrared lasers can be added to blue laser machines by modifying the modules.
Ideal for:
Metal marking
Glass engraving
Plastic marking
Ceramics
Advantage:
High marking accuracy
Suitable for detailed and complex designs
Effective on a variety of materials
Atomstack R30 V2: Can be used on ikier V1 machines.
1064nm fiber machines
Description:
Fiber lasers operating at a wavelength of 1064 nm are known for their high power and efficiency, making them ideal for industrial applications. They excel in marking and engraving on metals and other hard materials. Fiber lasers are effective for high-speed metal marking. As a general rule, the larger the working area of a fiber laser, the higher the cost. Fiber lasers can be added to blue laser machines by modifying the modules.
Ideal for:
Metal engraving and cutting
Plastic marking
PCB engraving
Industrial applications
Advantage:
High power and speed
Excellent for hard materials
Long life and low maintenance
ikier k1 pro 1064nm 20W: Fiber engraving and cutting of metal 410*410MM.Can be used using Lightburn software, which greatly improves creativity.
When selecting a laser engraver, consider the following factors:
- Material Compatibility: Make sure your laser engraver can handle the materials you plan to work with. Blue lasers are versatile for a variety of materials, while infrared lasers are better for marking metals, and fiber lasers excel with metals.
- Power and Speed: Higher-powered lasers can cut and engrave faster and deeper. Consider your power needs based on the complexity and volume of your projects.
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Accuracy: For detailed and intricate work, accuracy is key. Infrared and blue lasers offer high precision, while fiber lasers provide excellent results for industrial applications.
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Cost: Budget is always a factor. Blue lasers are generally more affordable, while fiber lasers are a higher investment, justified by their capabilities and longevity.
- Application: Determine whether your application is more industrial, commercial, or hobby. Industrial applications often require the ruggedness and capabilities of fiber lasers, while hobbyists may find blue or red lasers sufficient.
Conclusion
Choosing the right laser engraver depends on your specific needs and applications. By understanding the strengths and limitations of blue laser, infrared laser and fiber laser, you can make an informed decision that will enhance your projects and business opportunities.
For more information and to view our range of laser engravers, visit ikier.
