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Medical autoclaves
Our range of medical autoclaves is certified under ISO 13485:2016 for medical devices and is designed for use in hospitals, clinics and healthcare centers. These units are available for purchase in many countries, excluding those in the European Union.
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ISO 13485:2016 certified autoclaves
Ensure the quality, safety, and effectiveness of your sterilization operations with our ISO 13485:2016 certified medical autoclaves, adhering to the highest standards in the medical device industry. Subjected to stringent testing, our autoclaves conform to the utmost quality benchmarks in the medical device field. Rely on the exceptional quality and performance of our autoclaves for your sterilization requirements.
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All types of loads
RAYPA’s range of medical autoclaves is categorized into 10 unique series, each designed to cater to a broad spectrum of medical sterilization needs. Depending on your chosen model, you can handle various types of loads.
Common applications include sterilizing unwrapped solid items such as clinical tools, porous materials, wrapped clinical instruments, medical waste, wrapped hospital fabrics and objects with complex geometries.
Vertical medical autoclaves
Available in 14 models, our vertical medical autoclaves offer chamber volumes ranging from 33 to 175 liters. Their ergonomic design, technological features, and efficiency make these units the perfect ally for sterilizing large quantities of medical waste, clinical instruments or bagged devices. Moreover, these autoclaves can be outfitted with an integrated side-panel crane, simplifying the sterilization process for heavy loads.
Request a quoteBenchtop medical autoclaves
Available in 11 models, our benchtop medical autoclaves offer chamber sizes ranging from 12 to 79 liters. Their compact, benchtop design makes them perfectly suited for clinics and small healthcare facilities that have modest sterilization requirements.
Request a quoteAdvanced technology medical autoclaves
All Top line vertical autoclaves boast the market’s most advanced connectivity and meet the latest standards in electronic records and data management, making them ideal for environments regulated by the FDA, GMP and GLP.
TLV-PD Series autoclaves are specifically designed to sterilize glass, porous solids and objects with complex geometries. TLV-FA Series autoclaves are equipped with a fast cooling system for a faster sterilization of liquids.
Why RAYPA?
GLOBAL REACH
With half a century of experience, we have a lengthy list of satisfied customers around the world. Currently, we export 85% of our annual turnover and have a stable network of distributors in over 100 countries.
EFFICIENT TECHNICAL SERVICE
Our team of highly qualified technicians and engineers is expert in our products. If you experience a technical issue, it will be our priority to rectify it. When you purchase a RAYPA unit, you’re guaranteed top-level support and technical assistance.
EXPERT MANUFACTURER
RAYPA is a global leader in manufacturing laboratory autoclaves. Each of our autoclaves is designed and built entirely at our facilities in Barcelona, ensuring the highest levels of production excellence.
FULL AND CUSTOMIZABLE RANGE
We offer an extensive portfolio of laboratory autoclaves to cover multiple applications and market segments. Discover the combination of autoclave model and accessories that best fits your needs within our 11 series and 35 available models.
INNOVATION AND QUALITY
Our products feature advanced technology, ongoing innovation, superior construction quality, and are designed for a long service life. Our technical and engineering staff works tirelessly every day to optimize our products and exceed our customers’ expectations.
COMPREHENSIVE CONSULTATION
Our team of specialists assesses each project and provides guidance to clients on the option that best suits their requirements. After the sale, we offer training on the use and recommended maintenance of each unit to ensure its optimal operation and extend its lifespan.
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