Lasbeam Instruments Co., Ltd. is a high-tech enterprise integrating R&D and production. Since its establishment, the company has been deeply engaged in the development of laser testing technology, aiming to fill the domestic gap in testing products within this field.
After years of technical breakthroughs and process exploration, Lasbeam has mastered a number of core technologies and manufacturing processes in laser testing, with product performance reaching an internationally leading level in many key performances. At present, our laser power meters cover the full power range from nW to 150kW, and have been widely recognized by many leading customers in the industry. All members of our R&D team hold a master’s degree or above. Lasbeam have achieved full independent development of core technologies, design, processes and algorithms, successfully building a highly domesticated and self-controlled laser testing solution.
Adhering to the core values of "Proactive Innovation, Quality First, Hard Work, Teamwork, and Accountability", Lasbeam always puts customers and product quality first. We refine every product with dedication, striving to develop high-quality products with advanced technical performance that can stand the test of the market.
With the mission of "Satisfying global customers with excellent products and services", Lasbeam will continue to deepen technological innovation and optimize services. Through long-term accumulation and efforts, we effectively support the development of the laser industry at home and abroad, create core value for customers, and are committed to becoming a globally leading brand in the field of laser measurement.
Our product features:
1.Wide power range: 10nW-150kW;
2. High linearity, thermal sensors utilize a novel thermal sensing technology different from that of thermopiles, which greatly improves power linearity, accuracy and reliability;
3. The new laser absorption coating has the advantages of high thermal conductivity, heat resistant, and high absorptivity;
4. Innovative product design allows the light to achieve better spatial uniformity on the absorbing surface, making the sensor less likely to be damaged.
