Safe & Fast Sterilization With Water Spray Technology in Systec Autoclaves

⏩ Protect samples, enhance sterilization efficiency ⏩
Sample containers during sterilization can experience issues such as breakage or deformation due to heating and cooling processes (or pressure differentials). However, with hot water spray and spray cooling technology in Systec autoclaves, you can thoroughly sterilize fragile materials without worrying about damage!
✅ Rapid Cooling, Efficient Sterilization ✅
Plastic bottles, plastic bags, large glass bottles, or thin metal cans – all of these materials are prone to deformation under heating, especially poorly thermal-conductive materials like plastics. But worry not: Systec's hot water spray and spray cooling systems, combined with internal autoclave support pressure, minimize damage risks while accelerating the sterilization process!
⏱ Time Savings: Cool Down Over 90% Faster than Conventional Methods ⏱
The biggest difference when using spray cooling technology is saving over 90% of cooling time compared to natural cooling methods. This is extremely important when processing multiple material samples in a short period.
✨ Latest Sterilization Technology: Safe and Fast ✨
With Systec VX/VE, DX/DE, and HX series autoclaves, the hot deionized water spray system is evenly distributed via 2 or 3 spray nozzles, combined with supporting pressure to prevent sample deformation and breakage. This pressure is precisely regulated with a 5-bar (500 kPa) limit, ensuring perfect sterilization without affecting the container materials.
✔️ Process Optimization, Accelerated Workflow ✔️
This hot water spray and rapid cooling technology not only sterilizes quickly but also reduces waiting times between autoclave cycles. An ideal solution for sterilizing high volumes of samples while maintaining absolute precision!
Contact us for detailed consultation on Systec autoclaves
Ensure perfect sterilization, protect your samples, and save time – with Systec, your sterilization process becomes easier and more efficient than ever!










