Rezekne Academy of Technologies From Latvia Bought Our Laser Machines for Academic Research

Latvian Rezekne Institute of Technology is a higher education institution dedicated to applied science and technology research, located in Rezekne, eastern Latvia. With its outstanding scientific research strength and innovative spirit, the institute has trained a large number of outstanding professionals in multiple disciplines. The institute's scientific research goals include promoting the advancement of science and technology, strengthening cooperation with the industry, and improving students' practical skills to meet the changing global market needs.

As one of the important technologies of the 21st century, laser technology is widely used in modern industry and academic research. With its high precision, high efficiency and flexibility, it plays a key role in material processing, medical equipment, communication technology, sensors, information storage and other fields. Especially in applications such as laser cutting, welding and engraving, laser technology not only improves production efficiency, but also promotes the development of new materials and new processes. Therefore, the purchase of laser equipment by Rezekne Institute of Technology aims to use these advanced technologies for in-depth academic research to promote the innovation and application of academic achievements and further consolidate its leading position in science and engineering.

In February 2018, Professor Pavels of the Rezekne Institute of Technology in Latvia contacted us for the first time to discuss the institute's procurement needs in the field of laser technology. The professor focused on how to introduce advanced laser equipment into their research projects to improve the laboratory's research capabilities and output.

In the following months, we had several in-depth technical exchanges with Professor Pavels and discussed in detail the performance and applications of the following three laser devices:

● Laser Metal Cutting Machine ST-FC1390

This device is particularly suitable for the processing of metal materials with its excellent cutting accuracy and speed.

It is suitable for the metal processing and mechanical engineering courses of the college to support rapid prototyping in academic research.

● Laser Welding Machine ST-FW500

This device is designed for high-quality welding, can handle a variety of materials, and provides strong and stable welding effects.

It is of great significance for conducting material science research and student practical operations, and helps to better understand the welding process.

● CO2 Laser Cutting and Engraving Machine ST-CC9060

This machine excels in cutting and engraving non-metallic materials and is widely used in art design and industrial sample production.

The college can use this equipment to design and implement creative projects and enrich students' learning experience.

Through these technical exchanges, Professor Pavels highly recognized our laser R&D technology, machine tool manufacturing technology and laser processing technology, and believed that these equipment would greatly enhance the college's scientific research capabilities and students' hands-on experience. These discussions laid a solid foundation for subsequent purchasing decisions. Finally, in September 2018, Rezekne Technical College officially placed a purchase order with us, marking the beginning of cooperation between the two parties.

During the in-depth communication with Professor Pavels, we had extensive and detailed discussions on several key technical areas to ensure that the Rezekne Institute of Technology can obtain the laser equipment that best suits its scientific research needs. The following are the main technical areas we discussed:

1. Laser R&D Technology

We detailed the development progress of laser sources, including the types of lasers, performance parameters, and how to improve laser cutting and welding effects by optimizing laser wavelength and pulse width. Professor Pavels showed great interest in our research and development results in laser technology, especially our technological breakthroughs in improving laser stability and reliability, which is crucial to the institute's future scientific research projects.

2. Machine tool manufacturing technology

We discussed the machine tool manufacturing technology of laser equipment, including frame structure, motion control system, and power transmission mechanism. Combined with actual application cases, we demonstrated how to achieve complex shape processing through high-precision machine construction and advanced control algorithms. Professor Pavels appreciated our strict standards and testing procedures in the design and manufacturing of machine tools, which made them more confident that our equipment can meet their high-end scientific research needs.

3. Laser Processing Technology

We discussed in depth the various application characteristics of laser processing, including laser cutting, welding, engraving and surface treatment technology. In addition, we shared the processing effects of the equipment on different materials and actual case results. Professor Pavels said that by reasonably adjusting different processing parameters, better processing quality and efficiency can be obtained, which will provide important technical support for the college in related research fields.

Throughout the communication process, Rezekne Institute of Technology highly praised our technical strength and R&D capabilities. The professors compared the technical solutions of other competitors in the market and found that our equipment not only has obvious advantages in performance, but also has a good reputation in after-sales service and technical support. These factors significantly affected the college's purchasing decision, making them finally decide to choose our laser equipment.

Through this technical discussion, the two parties not only established a good cooperative relationship, but also laid a solid foundation for future in-depth research. We look forward to working with Rezekne Institute of Technology to promote the innovation and application of laser technology and provide new impetus for the development of scientific research and education.

Laser equipment will play an important role in the research projects of Rezekne Institute of Technology and promote the development of many scientific research activities.

1. Application of laser metal cutting machine

Laser metal cutting machine will be used in many research projects in the field of materials science and engineering. The research team of the institute can use this equipment to cut high-precision metal samples for material performance testing and structural analysis. These cut samples can be used to explore the mechanical properties, fatigue characteristics and other physical and chemical properties of new materials.

2. Application of laser welding machine

Laser welding machine will be used for experimental research of students and researchers in welding technology, such as the joining method and welding strength of different materials. This will enable the institute to explore welding performance optimization, welding defect analysis and new welding processes.

3. Application of CO2 laser cutting and engraving machine

This equipment will be used in many experimental projects such as art and design, manufacturing and education. Especially in the high-precision cutting and engraving of non-metallic materials, it will help the institute to carry out interdisciplinary research projects, combining art design with engineering technology.

4. Impact on future research

The introduction of laser equipment will promote academic research in many fields of Rezekne Institute of Technology, and its impact is reflected in the following aspects:

Technological innovation: Provide the institute with advanced laser technology, so that it can carry out cutting-edge scientific research and promote continuous innovation and breakthroughs in technology.

Academic exchange: The application of laser equipment will attract domestic and foreign researchers to come for exchanges and cooperation, and further enhance the academic reputation of the institute.

Talent training: Through the application and training of laser technology, a group of talents who master advanced processing technology and scientific research methods will be cultivated, and the quality of talent training of the institute will be enhanced.

Transformation of scientific research results: Through cooperation with the industry, promote the transformation and application of scientific research results, promote industry-university-research cooperation, and achieve a win-win situation of economic and social benefits.

The application of laser equipment will not only enhance the research capabilities of Rezekne Institute of Technology, but will also have a far-reaching impact on academia and industry, and promote the development of related fields.