Introduction

In recent years, handheld laser marking machines have emerged as a unique and rapidly developing technology, breaking the limitations of traditional marking methods. Gradually becoming the preferred choice for marking machines in various industries, the handheld laser marking machine is an upgraded version of the traditional desktop marking machine. It not only delivers clear characters and vivid patterns on processed products but also offers new advantages, including a compact size, easy operation, and energy conservation.

Applications and Outstanding Features

Handheld laser markers find extensive applications in industrial marking and engraving, boasting remarkable features that distinguish them from traditional desktop counterparts. These features include wide pulse width, high peak power, high conversion efficiency, and superior beam quality. Moreover, handheld laser marking machines are well-suited for high-quality industries and can effectively process various materials such as metal, plastic, rubber, ceramics, and glass. Currently, they are primarily applied in electronics, automobiles, medical equipment, aerospace, and other industries.

Energy-Saving, Environment-Friendly, and Affordable Price

Portable handheld laser marking machines excel in efficiency, energy-saving capabilities, and environmental friendliness during practical applications. Their low operating costs and lack of consumables contribute to a reduced environmental impact, as they do not produce harmful gases during the marking process. With the increasing adoption of handheld laser engraving machines, market demand is on the rise, and their prices are becoming increasingly affordable, making them accessible to a wider range of companies. These machines have already found widespread use in machinery manufacturing, postal services, civilian DIY, and other fields, significantly enhancing production efficiency while ensuring product quality. As their power continues to improve, they also show promising potential in emerging markets, such as hand-held engraving and cleaning.

Small and Multifunctional

The 20W portable handheld laser engraver developed by Han’s Laser offers distinct advantages compared to traditional desktop marking machines. Its compact size allows for hand-held operations, making it particularly suitable for laser marking of large-scale mechanical parts. Handheld laser marking machines have proven effective in addressing laser marking challenges in vehicle parts, finding extensive use in large-scale equipment manufacturing, such as rails, tires, trains, aircraft, hydroelectric generators, wind turbines, steam turbine motors, engines, large-size bearings, shipbuilding, and large die molds. Additionally, in fields like IoT traceability and outdoor marking, they offer flexible processing around parts. Compared to similar products, the portable handheld laser marking machine market holds great competitive advantages. These include advanced laser technology and high-performance lasers, ensuring high precision, speed, and stability of the marking effect. Furthermore, its small, lightweight, and portable design allows for effortless handheld operation in various scenarios and working environments. The machine’s flexible software control system allows for a variety of marking effects and customizable patterns.

Light Weight and Superior Quality

The handheld portable laser etching machine weighs less than 6kg, providing the flexibility to be used both indoors and outdoors. This advantage also ensures the safety of its internal components during operation.

Conclusion

The handheld laser engraving machine offers numerous advantages over traditional desktop marking machines, notably its convenience and affordability. With a relentless commitment to achieving higher marking quality to cater to the marking and decoration needs of high-end products, Han’s Laser continues to expand the research scope of handheld laser marking machines. As these machines continue to evolve, they are revolutionizing industrial marking and engraving applications, catering to diverse needs across multiple industries.