Harrick Plasma Joins Meetoptics, Expanding Access to Plasma Cleaning Solutions Through AI-Guided Search
Harrick Plasma has recently joined MEETOPTICS, the largest AI-based marketplace in optics and photonics, making its plasma cleaning and surface modification systems more accessible to the global research community. This partnership marks a significant step in connecting Harrick Plasma’s industry-leading solutions with scientists, engineers, and procurement professionals who rely on fast, accurate product discovery.
The MEETOPTICS platform combines advanced technical filters, which help professionals efficiently narrow down options based on key parameters such as application, wavelength range, and performance specifications, with Louis, the scientific AI agent purpose-built for optics and photonics. Together, these tools reduce the time researchers spend searching and comparing, so they can focus on what matters most: their work.
Louis, the AI assistant at the heart of MEETOPTICS, supports users in navigating from application needs to suitable solutions, even when specifications are not fully defined. Whether a researcher is starting with a general challenge or a highly specific experimental requirement, Louis guides the search through use cases, technical constraints, and real-world conditions, helping users arrive at the right product faster and with greater confidence.
Harrick Plasma has long been a trusted name in plasma cleaning and surface treatment technology, serving laboratories and research institutions worldwide. Their systems are widely used to improve surface wettability, remove organic contaminants, and prepare substrates for bonding, coating, or imaging applications.
By joining MEETOPTICS, Harrick Plasma strengthens its presence within the global photonics ecosystem, supporting faster and more informed decision-making across a wide range of applications, including optics cleaning, optical fiber sensors, microfluidics, biomedical engineering, solar cell research, and advanced materials development.
This collaboration reflects a shared commitment to making high-quality scientific equipment easier to find, evaluate, and adopt across the research community.