Yamato SK-101C Benchtop Steam Sterilizer with Integrated Super Silent 50 Air Compressor

The Yamato SK-101C Benchtop Steam Sterilizer is a precision-engineered laboratory autoclave tailored for biotechnology, molecular diagnostics, and clinical laboratory applications requiring reliable steam sterilization. Featuring a 17-liter internal chamber, this compact sterilizer operates at a maximum pressure of 0.142 MPa and a sterilization temperature of 126°C, ensuring effective microbial decontamination essential for sterile workflows in bioprocessing and biomedical engineering.

Equipped with a digital control panel, it allows precise adjustment of temperature and sterilization time, enhancing reproducibility and protocol compliance. The integrated safety interlock system prevents accidental opening during the sterilization cycle, critical for laboratory safety.

This unit is powered by a 115V AC, 50/60Hz electrical supply with a power consumption of 1500W, making it suitable for standard laboratory environments. A distinct advantage is its coupling with the Super Silent 50 air compressor from Werther International SpA (Italy), which supplies quiet, efficient compressed air at 3.5 gal/min (50.93 l/min) flow and with a sound emission of only 43 dBA. This feature ensures consistent steam generation and pressure control while maintaining a low-noise lab atmosphere.

Ideal for sterilizing glassware, culture media, surgical instruments, and bioprocess equipment, the SK-101C is widely adopted in synthetic biology research and biopharmaceutical production pipelines. Its compact design supports benchtop deployment without sacrificing performance, making it essential for laboratories focused on molecular cloning workflows, cell imaging sample preparation, and clinical diagnostics.

Key Technical Specifications:

This sterilizer represents a technically robust solution for laboratories requiring efficient, reliable, and quiet steam sterilization integrated within a compact footprint, supporting diverse applications in biotechnology, molecular biology, and clinical laboratory environments.