On Aug 25, Teer Laser released its semi-annual report for 2022. The company's first-half operating revenue was 665 million yuan, up 10.75% year on year. Net profit attributable to shareholders of listed companies was 216 million yuan, up 21.43 percent year on year. Net profit attributable to shareholders of listed companies after deducting non-recurring gains and losses was 208 million yuan, up 22.83% year-on-year. Basic earnings per share was 1.27 yuan.
The main business of Teer Laser is the design of precision laser processing solutions and the development, production and sales of supporting equipment. The main products of the company are precision laser processing equipment used in the photovoltaic industry.
After years of accumulation of solutions knowledge base, Teer laser can be based on different laser processing customer needs to put forward rapid response solutions 39bet-đua chó-game giải trí -đá gà-đá gà trực tuyến-đánh bài. Since the establishment of the company, for PERC, TOPCON, HJT, IBC, perovskite, half sheet, mobile and other high efficiency solar cell and module technology has carried out in-depth research and follow-up, and developed corresponding products. Longji Green Energy, Tongwei Holdings, Aoxu Technology, JinkoSolar, JA Solar, Trina Solar, Solar, Hanwha New Energy, Dongfang Risheng and other internationally renowned photovoltaic enterprises have cooperated with the company. At present, the company is constantly developing new laser technology to be applied to different high-efficiency battery processes to improve efficiency or reduce costs. At the same time, in the display panel industry and other industries, the company is actively carrying out technology extension.
In February this year, Teer Laser announced that it had received a notification of winning bids for approximately 300 million equipment from leading customers in the industry. This time, the winning bid for laser application technology is different from the PERC route. In addition, on March 5, the company's first TGV laser microscope equipment was successfully inspected and delivered to the client. The self-developed TGV laser technology can achieve 10 micron aperture, 10 micron interval, depth ratio of 50:1 microhole processing, the technical index is leading in the world. TGV 3D interconnect technology can be applied to chip packaging, mini-LED/micro-LED display, biomedicine, consumer electronics and other fields. The delivery of this first TGV device marks a new step forward for Teer Laser in the non-PV industry.
In the field of photovoltaic, Teer laser laser printing related technology for many years of research and development, standing at the current point, comprehensive several technologies, the advantages of laser transfer printing is very obvious, the main advantages are: Laser transfer printing grid line is thinner, so the slurry saving more, low temperature silver paste is also applicable, laser transfer printing for non-contact printing, can avoid extrusion printing hidden crack, chip, pollution, scratch and other problems. At the same time, the future trend of wafer lamination, lamination will bring more cracking problems. laser transfer printing, because of non-contact printing, can effectively solve this problem. This technology can be applied in PERC, TOPCON, HJT, IBC and other battery processes.
In addition to PERC laser ablation, SE laser doping and other technologies, in TOPCON battery technology, the company has laser boron doping, laser film opening, special slurry grooving and other related technical reserves; in HJT battery technology, the company's LIA laser repair technology has received mass production orders from customers; in IBC battery technology, the company's laser slotting technology has obtained mass production orders; at the same time, the company is also carrying out perovskite battery related research and development and getting orders.
In terms of components, the company has relevant technical reserves in film drilling, cutting and laser non-destructive scratching, among which laser non-destructive scratching and lamination have been delivered with mass production equipment. In addition to the photovoltaic field, in the display panel industry, the company has carried out research and development and prototype trial production for LCD/OLED and Mini LED laser repair process. In the field of semiconductor packaging and applied electronics, the company has obtained equipment orders and delivered the laser micropore process.