The laser marking machine is certainly the best marking tool available on the market due to the permanent markings and compatibility with a wide range of materials. Marks made by these machines are reliable as they are hard to damage by conditions and substances such as oils, vapors, emulsions, and high temperatures.
HeatSign is a professional laser marking products supplier. As experts in the industry, we focus on providing machine laser engraving solutions that will meet our customers’ needs
Why HeatSign can offer you the best Laser Marking Machine
HeatSign is a reliable laser marking machine supplier. Below are a few reasons why you should consider working with us:
- We can offer a wider range of laser markers, and we are sure you will find a price and configuration that suits your marking needs.
- Our laser markers go to more than 50 countries. Most of our business is overseas, so we know how to deliver service to high international standards.
- We design our laser marking systems for all types of use, whether for standalone marking or integration into the production line.
Popular HeatSign Laser Marking Machines and Products
With so many laser marking options for sale on the market, it can be challenging to pick the right marking machine for your unique purposes. Here are the most popular laser engraving machines based on different use cases:
Fiber Laser Marking Machine (1064 nm wavelength)
Fiber laser markers are the most recent development in laser marking system that uses a low-maintenance solid-state laser source. They have an effective cooling system. As a result, they are very popular among the existing laser marking systems. Furthermore, they do not require consumable materials; you don’t have to worry about maintenance. These fiber laser marking machines are ideal for marking metals such as stainless steel, aluminum, and some plastics.
At HeatSign, our fiber laser markers are reliable, safe, and good for the environment. They are applicable for engraving, etching, ablation, etc. Below are our top marking machines.
Price Range: $2500 ~ $5500
(Cost-effective style, suitable for all kinds of medium or small metal parts marking)
Output laser power: 20W / 30W
Marking Area: 110mm x 110mm (additional options available)
Marking Speed: up to 9000mm/s
Marking Depth: ≤0.1 mm (per material)
Metals marked: All
Price Range: $3900 ~ $5900
(Boost your efficiency with large area markings or achieve permanent deep engravings for long-lasting results)
Output laser power: 50W
Marking Area: 110mm x 110mm (additional options available)
Marking Speed: up to 9000mm/s
Marking Depth: ≤0.3 mm (per material)
Metals marked: All
Price Range: $2500 ~ $4500
(Compact and easy-to-move, designed for efficient marking on large, heavy metal parts with ease)
Output laser power: 30W
Marking Area: 100mm x 100mm (additional options available)
Marking Speed: up to 7000mm/s
Marking Depth: ≤0.2 mm (per material)
Metals marked: All
CO2 Laser Marking Machine (1.06 µm wavelength)
The CO2 laser marking machine uses a stimulated carbon dioxide gas mixture and is a great choice for a wide range of industries that looks for high efficiency and excellent laser beam quality. Our CO2 laser marking tools are applicable for marking non-metallic materials and most plastics. Furthermore, they can label a variety of different artificial and natural substances.
Below is a list of materials compatible with the CO2 laser marking system:
- Wood
- Acrylic
- Glass
- Paper
- Textiles
- Rubber
- Plastics
- Foils & films
- Leather
- Stone
At HeatSign, our CO2 laser markers are reliable, safe, and good for the environment. Below are our top marking machines.
Price Range: $3500 ~ $6000
(Designed for long-lasting performance and high-speed permanent markings on non-metal materials)
Output laser power: 30W
Marking Area: 110mm x 110mm (additional options available)
Marking Speed: up to 9000mm/s
Marking Depth: ≤0.3 mm (per material)
Non-Metal Markings
Price Range: $4500 ~ $8000
(Effortlessly incorporate it into your production line for automatic marking）
Output laser power: 30W
Marking Area: 110mm x 110mm (additional options available)
Marking Speed: up to 9000mm/s
Marking Depth: ≤0.3 mm (per material)
Non-Metal Markings such package date, serial numbers
UV Laser Marking Machine (0.355 µm wavelength)
UV laser marking machines use ultraviolet light, breaking the bonds holding the material surface together and leading to marking. It is a cold process, producing no peripheral heating; hence, UV laser markers are called cold lasers. As a result of the cold process, UV laser poses no risk to the target materials’ strength or thermal integrity, making them the perfect laser engraving machine or laser etching machine for delicate materials like plastics and thin latex.
UV laser systems can work at very high speeds. As a result, this reduces the cycle times for industrial operations such as marking semiconductors and plastics like PVC, ABS, Polypropylene, metals, paper, and ceramic chips.
Price Range: $3600~ $6500
(The 5W JPT UV Laser Marking Machine offers cost-effective, high-precision marking on small to medium metal and non-metal parts, ensuring permanent results with minimal thermal impact.)
Output laser power: 5W
Marking Area: 110mm x 110mm
Marking Speed: up to 7500mm/s
Beam Quality: M2 <1.2
Applicable Material: Suitable for marking a wide range of materials, especially glass, plastics, ceramics and other products.
Price Range:$7000 ~ $9500
(The 10W UV Galvo Laser Marking Machine (HS-UV10) is a cost-effective solution designed for high-speed, permanent, and high-contrast marking on plastics, glass, and packaging materials without heat)
Output laser power: 10W
Marking Area: 110mm x 110mm
Marking Speed: up to 8000mm/s
Minimum Character: 0.2mm Depends on material
Applicable Material: Suitable for marking a wide range of materials, especially glass, plastics, ceramics and other products.
Quick Introduction to Laser Marking Machine Mechanism
Laser marking is a non-contact process that creates readable marks by generating a visual contrast between the text and the background. Below are the several lasers marking techniques available
Laser Engraving
This method changes specular reflection because it removes material from the surface. It mostly applies to metals. There is an optimal frequency and speed so that evaporation can occur for the particular material. Lasers with short pulses and high peak power generally give the best results and are best suited for these applications.
Laser Etching (Ablation)
This method removes coating or lacquer layers from the base material. For example, the ablation of the oxide layer of anodized aluminum exposes the metal beneath it. Due to the high temperatures ablation markers produce, they heat the surface past its vaporization point. While doing no damage to the base material, this makes your marking pattern or text visible. This type of laser system is used for fine laser marker applications.
Laser Annealing
In laser annealing, the marking machine laser beam heats the surface where marks appear due to oxidation. The surface gets its colored appearance as a result of the composition and thickness of the oxide layer. It is highly applicable in stainless steel and titanium part marking
Laser Color Change
As a rule, this mechanism of marking laser systems usually processes plastics, heating them in precise spots. The heat destroys carbon on the surface, so plastics get darker (e.g., carbonization) or lighter (e.g., bleaching). The exact outcome depends on the type and composition of the plastic or polymer.
Laser Foaming
In this case, the laser machine beam heats the polymer to a given, so some elements begin to foam. Due to the volume change, the material bulges outward. This produces clear textured marks. This type of laser system is extremely useful for applications in products where clear marking is required.
How Much Does a Laser Marking Machine Cost
A laser marking machine can cost from $1500 to $12000, depending upon the machine’s size, quality, power, and other factors. As a result, it might be difficult for you to choose the right-priced machine for your task.
HeatSign can guide you through the selection process and make you choose the best laser marking machine for your needs. Contact us, and we will guide you thoroughly.
Conclusion
All of the laser system technologies are good choices for industrial use. However, the best option depends on the type of material, marking speed, and quality needs. The industry is constantly evolving, and so do our products. Our laser marking machines use the latest technology. Hence, they provide high levels of precision and quality for engraving.
We offer laser etching systems/machines for various industrial applications. Are you looking for a laser marking machine? Hit us up and get access to quality and competitive price.
Frequently Asked Questions
Which Laser Marking Machine Should You Choose: Fiber, CO₂, or UV?
Selecting the appropriate laser marking machine is crucial for achieving optimal results in your specific applications. The three primary types of laser markers—Fiber, CO₂, and UV—each have distinct characteristics that make them suitable for different materials and industries. Understanding these differences will guide you in making an informed decision.
Comparison of Fiber, CO₂, and UV Laser Marking Machines
| Feature | Fiber Laser | CO₂ Laser | UV Laser |
|---|---|---|---|
| Wavelength | 1,064 nm | 10,600 nm | 355 nm |
| Suitable Materials | Metals (steel, aluminum), some plastics | Non-metals (wood, glass, acrylic, leather) | Plastics, glass, ceramics, some metals |
| Marking Speed | High | Moderate | Moderate |
| Heat Impact | Moderate | High | Low (cold marking) |
| Typical Applications | Metal engraving, electronic components, automotive parts | Wood engraving, glass etching, cutting non-metal materials | Marking on sensitive materials, medical devices, electronics |
Purchase Recommendations
When deciding which laser marking machine to invest in, consider the following recommendations based on your material and application needs:
Fiber Laser Marking Machines
Fiber lasers are ideal for industries focusing on metal parts marking. Their high marking speed and precision make them suitable for applications requiring durable and clear markings on metal surfaces.
CO₂ Laser Marking Machines
CO₂ lasers are best suited for businesses working with non-metal materials like wood, glass, or acrylic. They are versatile for engraving and cutting applications on organic materials.
UV Laser Marking Machines
UV lasers are perfect for applications requiring high-precision marking on heat-sensitive materials. The cold marking process ensures minimal thermal damage, making them ideal for marking plastics, glass, and ceramics.
By carefully assessing your material types, desired marking speed, and acceptable heat impact, you can select the laser marking machine that best aligns with your production requirements and quality standards.
What materials can be marked with laser marking machines?
Laser marking machines can mark a wide variety of materials, including metals (such as steel and aluminum), plastics, glass, ceramics, wood, and more. The suitability depends on the type of laser used.
What maintenance is required for laser marking machines?
Laser marking machines are generally low-maintenance. Regular tasks include cleaning optical components, checking alignment, and ensuring proper ventilation. Specific maintenance schedules depend on the machine’s usage and manufacturer’s guidelines.
Are laser marking machines safe to operate?
Yes, when used correctly. Machines are equipped with safety features like enclosures and interlocks. Operators should follow safety protocols, including wearing appropriate protective equipment and undergoing proper training.
Is laser marking environmentally friendly?
Yes, laser marking is a non-contact process that doesn’t require inks or chemicals, producing minimal waste and making it an environmentally friendly marking solution.