Small Laser Marking Machine Price

Laser marking technology is an advanced technology that uses laser beams to mark, engrave and punch various materials. In recent years, with the continuous development of laser technology, marking technology has evolved from traditional engraving and inkjet marking to an efficient, accurate and environmentally friendly marking method. Laser marking is not only suitable for metals, but also can be applied to a variety of materials such as plastics, wood, glass, leather and composite materials. It is widely used in many fields such as industrial manufacturing, personalized products, medical equipment and artistic creation.

Small handheld laser marking machine is a portable laser marking device designed to meet the needs of mobile marking. Compared with traditional laser marking machines, it is small in size and light in weight, which is convenient for operation in different working environments.

The advantage of handheld laser marking machine lies in its flexibility. It can mark on production lines, on-site or other difficult-to-reach places, which is particularly suitable for small batch production and personalized customization. In addition, this type of equipment is simple to operate and does not require professional technical training. Ordinary personnel can also quickly get started to meet diverse marking needs. With the advancement of technology, the application of this equipment in various industries has become more and more extensive, including electronics, crafts, medical equipment, automotive accessories and other fields.

Laser marking is a technology that uses laser beams to mark the surface of materials. Its working principle mainly involves the generation, transmission and effect of lasers on materials. The following is the specific working principle of laser marking:

1. Laser generation

Laser marking machines usually use laser generators (such as solid lasers, fiber lasers, CO2 lasers, etc.) to generate high-energy laser beams. The generation of lasers converts energy into laser beams through principles such as electron transitions and optical resonance.

2. Transmission of laser beams

The laser beam generated by the laser is transmitted and focused through an optical system (such as mirrors, lenses, etc.). The optical system is designed to focus the laser beam to a very small point to increase the energy density of the laser.

3. Irradiation of the material surface

After being focused, the laser beam is irradiated to the surface of the target material. In this process, the energy of the laser is absorbed by the material, causing the temperature of the material surface to rise rapidly.

4. Material response

Depending on the material type and laser parameters, the laser's effects on materials mainly include the following:

Ablation: For metals or certain materials with strong absorption, the laser will quickly heat the material to the evaporation point, causing the material surface to vaporize and roughen, forming a mark.

Melting: On some plastic or metal materials, the energy of the laser will melt the surface, but it may not evaporate, and after cooling, it will form a character or pattern effect.

Changing color: On some materials (such as some types of plastics), the laser can change the surface color without melting or ablating the material.

5. Control system

The laser marking machine is equipped with a computer control system that can set various parameters, such as laser power, marking speed, marking depth, etc. Users can design text, patterns or barcodes as needed, and convert them into instructions that the laser marking machine can recognize through software.

6. Using a scanning head

Many laser marking machines use a scanning system (such as a galvanometer) to quickly change the direction of the laser beam through a moving lens to achieve high-speed and high-precision marking. When the laser beam moves rapidly on the surface of the material, a continuous marking effect can be formed.

7. Real-time feedback and adjustment

During the marking process, the system can monitor the status of the laser in real time and adjust it as needed to ensure the consistency and accuracy of the mark.

The working principle of laser marking involves multiple links such as laser generation, transmission, effect on materials and control system. Through the precise processing of materials by high-energy-density laser beams, laser marking technology has been widely used in industrial identification, barcodes, QR codes and other fields. Its advantages include high precision, high efficiency, non-contact processing, and no pollution, making it an important tool in modern processing and manufacturing.

Handheld laser marking machine is a portable marking equipment that utilizes laser technology to accurately mark and engrave on various materials. Compared with traditional marking equipment, handheld laser marking machine has higher flexibility and portability, applicable to a variety of occasions and industries.

1. Adopting integrated structure, small size, weight only 19.6KG, easy to carry.

2. Intelligent touch screen operation, no need for computer, simple selection, one key marking.

3. Self-designed handle, only 0.9KG, can be moved freely for marking without space limitation.

4. Professional custom fiber laser, stable power, fine spot, no fear of harsh environment.

5. Built-in air cooling, good output beam quality, service life up to 100,000 hours.

6. Stable output power, 24-hour continuous work, low cost of use, maintenance-free, and no consumables.

Suitable for working with most metal marking applications such as Gold, Silver, Stainless Steel, Brass, Aluminum, Steel, Iron Titanium etc., and can also mark on many nonmetal materials, such as ABS, Nylon, PES, PVC etc.

Widely used in many industries such as machinery manufacturing, electronic appliances, optical communication devices, lithium-ion batteries, mobile phone parts, auto parts, medical equipment, precision machinery, integrated circuits, instrumentation, computer manufacturing, gold and silver jewelry, craft gifts, clothing and accessories.

Choosing the right laser marking machine is an important step to ensure production efficiency and marking quality.

1. Material type

Determine the material you will be marking (e.g. metal, plastic, glass, leather, etc.).

Different types of laser marking machines (e.g. fiber laser, CO2 laser, UV laser, etc.) are suitable for different materials.

2. Marking depth and accuracy

Determine the required marking depth and accuracy according to product requirements.

For fine markings, such as QR codes or small characters, you can choose a high-resolution laser marking machine.

3. Marking speed

Consider production efficiency and choose a machine with a marking speed that can meet production requirements.

Generally, fiber laser machines are faster and suitable for large-scale production.

4. Power

Laser power directly affects marking speed and effect. They are usually between 20W and 100W.

For thin materials, you can choose a lower-power laser machine, while thicker materials require higher power.

5. Use environment

Consider the use environment of the laser marking machine, including temperature, humidity, space, and cleanliness.

Small handheld laser marking machines are suitable for applications with limited space, while large fixed equipment is more suitable for assembly line use.

6. Ease of operation

Consider whether the machine's operating interface and control software are user-friendly and easy to use.

Consider whether additional training is required and the compatibility of the operating system.

7. Maintenance and support

Choose equipment that is easy to maintain and consider the manufacturer's after-sales service and technical support.

Understand the warranty period, spare parts supply and the availability of repair services.

8. Budget

Clearly define the budget range. Higher-priced laser machines tend to have higher performance and wider applications.

Consider long-term operating costs, such as power consumption and maintenance costs.

9. Application scenarios

Choose according to specific application scenarios, such as small batch production, large assembly line production or personalized customization.

For example, a handheld laser marking machine is suitable for marking needs in unstable locations.

When choosing a laser marking machine, you should consider multiple aspects such as materials, accuracy, speed, power, operating environment, and ease of operation. Make sure to choose equipment that suits your application needs to improve work efficiency and marking quality. Click here to consult Suntop Laser immediately and we will recommend the right laser marking machine for you according to your needs.

Why Choose Suntop Laser?

There are many reasons to choose Suntop Laser as a supplier of laser marking machines or laser processing equipment.

High quality marking effect

Fine marking quality: Suntop Laser's laser marking machine can provide high resolution and precision for marking graphics, barcodes, 2D codes and other complex patterns, ensuring clear and durable marking results.

Intelligent management

Advanced software system: Equipped with user-friendly software interface, supporting a variety of file formats, easy to operate and integrate with automated production lines to enhance the level of production intelligence.

Low operating cost

Energy saving and environmental protection: Laser equipment usually has the advantages of high efficiency and low energy consumption, which not only reduces operating costs, but also meets environmental protection requirements.

Wide application compatibility

Multiple material support: the equipment is capable of marking on a wide range of materials, including plastic, glass, metal, paper, etc., adapting to the needs of different industrial fields.

High speed and efficiency

Fast marking: Suntop's flying laser marking machine is designed for high-speed production lines, which can realize efficient marking speed, improve production efficiency and meet the needs of mass production.

Strong technical support

High quality after-sales service: Suntop Laser provides comprehensive technical support and maintenance services to ensure that your equipment is always in the best working condition.

Reliable brand reputation

Industry leader: Suntop Laser has a good brand reputation in the field of laser marking, and many companies choose its products with high trust.

Flexible customized solutions

Adaptable: According to the specific needs of customers, Suntop Laser is able to provide customized solutions to ensure that the equipment fully meets the specific production requirements.

Good user evaluation

Customer Feedback: Good user reviews and experience with Suntop Laser equipment make it a trustworthy choice.

Based on the above points, Suntop Laser can become a trustworthy laser marking machine supplier, meeting customer needs in terms of quality, performance and service, thereby helping customers improve productivity and product quality. If you are interested, it is recommended to contact Suntop Laser directly for more details and technical parameters to make a more informed choice.

FAQ

1. What is a small handheld laser marker?

A small handheld laser marker is a portable laser marking device that is usually used for marking and engraving on the surface of different materials. It uses a high-energy laser beam to permanently engrave patterns, text or barcodes on the target object.

2. How effective is laser marking?

A small handheld laser marker can achieve clear and lasting marking, and its effect is usually high resolution, suitable for delicate patterns and small fonts. The marking effect will not fade or wear over time or external factors.

3. Is the operation of a small handheld laser marker complicated?

The operation is relatively simple. Equipped with a friendly user interface and control software, general users can master it after simple training. Users only need to aim the device at the target material and select the corresponding marking content to mark.

4. Is the laser marking process safe?

Safety operating procedures must be followed when using a laser marker. Although laser markers are relatively safe, laser beams are dangerous, so protective glasses should be worn and direct exposure to the skin and eyes should be avoided.

5. How to maintain a small handheld laser marking machine?

Maintenance includes regular cleaning of the device, checking the laser tube and lens, and ensuring that the device's power supply and control system are functioning properly. Following the maintenance guidelines provided by the manufacturer will extend the life of the device.

6. What is the price range of a small handheld laser marking machine?

Prices vary by brand, model, features, and configuration.

7. Can it be customized?

Yes, small handheld laser marking machines are very suitable for customization, such as engraving words or patterns on gifts, trophies, and accessories. Users can design the pattern according to their needs and mark it directly.

8. How long is the service life of a laser marking machine?

The service life of the equipment depends on its design quality, frequency of use, and maintenance. A high-quality laser marking machine can usually be used for 8-10 years. Regular maintenance and care can extend its life.