Pavilion Integration Corporation products

The WhisperIT® W-FS Series free-space lasers are designed for demanding OEM applications, offering a compact and efficient solution. Leveraging continuous-wave, solid-state laser diode technology, these lasers provide a significantly reduced footprint, increased lifespan, and enhanced efficiency compared to traditional DPSS, HeCd, HeNe, and Argon lasers. The innovative WhisperIT® technology minimizes mode hops and delivers lasers with exceptionally low optical noise. These lasers exhibit low coherence, reduced speckle, and resist damage from back-reflected light, making them robust for various industrial and scientific uses. Pavilion's experience in rugged, low-footprint laser design ensures these devices maintain high reliability and simplicity, appealing to a broad spectrum of applications. Available with customizable beam shapes, including ellipse and focused beams, the W-FS Series adapts to specific application requirements effectively.

The WhisperIT W-FC Series represents a significant advancement in fiber-coupled laser diode technologies, offering enhanced performance with a smaller footprint, longer operational lifetime, and superior efficiency compared to traditional DPSS, HeCd, HeNe, and Argon lasers. Leveraging Pavilion Integration's WhisperIT technology, these lasers eliminate mode hops and exhibit extremely low optical noise, making them indispensable for demanding OEM applications. Their low coherence and reduced speckle minimize damage from back-reflected light. The series features laser diodes known for longevity and reliability, delivering simplified yet robust solutions with options for direct FC/APC output or custom collimation. These lasers are suitable across various fields, including flow cytometry and DNA sequencing, due to their compact form factor and versatility.

Utilizing advanced WhisperIT technology, the WMN-series laser modules from Pavilion Integration are designed to offer diode-based continuous-wave laser solutions that surpass traditional laser counterparts such as DPSS, HeCd, and Argon lasers. These modules are engineered in an ultra-compact form factor to ensure enhanced lifetime and improved efficiency. Key features include the elimination of mode hops and minimal optical noise. Leveraging patented integrated driver electronics, these lasers achieve stable low coherence and low speckle operation, ensuring reliable performance over diverse environmental conditions. Each unit is equipped with a native elliptical beam shape, with options for customized beam shapes via the WhisperIT Plus packages. Designed for various applications such as flow cytometry and DNA sequencing, these lasers cater to a range of scientific and industrial needs.

WhisperIT Comet Solid-State Detectors are designed to meet the demanding needs of life science instrumentation. These detectors encompass avalanche photodiodes (APD), silicon photomultipliers (SiPM), and other semiconductor photodetectors that have excelled thanks to advances in high-volume semiconductor manufacturing. With options for cooling, PCB layers, and specialized optical components, these detectors ensure excellent performance and reliability. Engineered for diagnostics, clinical, and point-of-care applications, they integrate seamlessly with Pavilion Integration Corporation’s direct-diode lasers. The modularity and compact design aim to drive smaller, reliable, and highly integrated systems forward, playing a crucial role in fields like flow cytometry, DNA sequencing, and more.

Solid-state detectors, including avalanche photodiodes and silicon photomultipliers, are integral components utilized in various high-precision applications such as flow cytometry and DNA sequencing. These detectors are developed to improve reliability and integration within diagnostic systems. PIC's SSDs are designed with modular packaging options that can incorporate cooling solutions and custom optics, ensuring optimal performance in demanding environments. Paired with compact, low-noise direct-diode lasers from the same company, these detectors facilitate the miniaturization of systems, making them suitable for clinical and point-of-care applications. This innovation is backed by high-volume semiconductor manufacturing, catering to the rapidly advancing life sciences and biomedical sectors.