Laser solutions

Laser solutions: Empower the era of precision optoelectronics with deep customization and ultimate reliability

In today's rapid development of optoelectronic technology, lasers, as the core light source, directly determine the accuracy, efficiency, and reliability of equipment in advanced manufacturing, communication sensing, medical research, and other fields. However, general-purpose laser products are often difficult to meet increasingly complex and demanding application scenarios, and users generally face two core pain points when seeking high-performance solutions: first, it is difficult to achieve ideal matching between laser parameters (such as power and wavelength) and specific processes or systems, resulting in unstable processing quality or low communication efficiency; Second, the stability and life of long-term continuous operation are insufficient, which brings high maintenance costs and production risks. These pain points have become a major bottleneck restricting much industrial upgrading and technological innovation.

In response to this industry challenge, Hirundo Technology has launched a deeply customized high-performance laser solution. We firmly believe that no one standard can meet all needs, so our core is to provide integrated services from parameter definition to full lifecycle support starting from the customer's specific application scenario.

Core technology: three pillars of precision, stability and reliability

Our solutions are based on three core technology pillars to ensure maximum performance in every laser

Precise customized parameter debugging

We not only provide standard wavelength lasers but also can precisely customize and fine-tune the wavelengths according to the customer's special material absorption spectrum, system optical path, or communication protocol requirements. Through advanced chip design, temperature control, and grating feedback technology, we can stably control the accuracy of the output wavelength within ±0.1 nm, ensuring optimal interaction between light energy and targets.

In terms of power, we can achieve linear precision regulation and long-term stability of output power to meet different energy requirements from fine micromachining to heavy material processing.

Superior long-term operational stability design

Efficient and intelligent cooling systems

The thermal management of the laser's core components is key to determining its longevity and stability. We use a multi-stage composite heat dissipation structure (such as microchannel cooling, thermoelectric refrigeration TEC, etc.) combined with intelligent temperature control algorithms to control the core junction temperature fluctuation within a very small range and fundamentally suppress the power drift and wavelength drift caused by thermal effects.

Robust and stable optical path and packaging

Adopting an integrated rigid optomechanical design and high-stability optical components, combined with precise coupling and packaging processes (such as fiber-coupled fusion splicing technology and collimation technology), it effectively resists optical path deviations caused by external vibration and temperature changes, ensuring long-term stability of light output quality and directivity.

Professional services throughout the entire cycle

Our services start with requirements communication and run through the entire process of design, testing, delivery, installation, and O&M. We provide detailed application support, operational training, and predictive maintenance advice. Through remote monitoring and data analysis, we can identify potential risks in advance and ensure the continuous and worry-free operation of our customers' production lines.

Platform Advantage: Data witnesses excellent performance

Thanks to these core technologies, the Hirundo laser platform achieves industry-leading performance metrics:

Long Life and Reliability

With an MTBF (Mean Time Between Failures) of over 10,000 hours in typical industrial environments, our laser modules provide customers with a reliable productivity guarantee.

Superior spectral characteristics

In addition to wavelength accuracy, our lasers also feature extremely low spectral linewidths and excellent side-mode rejection ratios (SMSR), making them ideal for high-precision spectral analysis and high-speed coherent optical communications.

Looking to the future

Hirundo will continue to deepen optoelectronic technology, with deep customization as the core concept and ultimate stability as the fundamental pursuit, and work with various industry partners to jointly explore the broader application boundaries of laser technology. We provide not only a laser module but also a "reliable light source partner" that empowers customers to innovate and enhance their core competitiveness.