Virtis AdVantage XL-70 Lyophilizer / Freeze Dryer with Trivac D2.5E Vacuum Pump and Bambi Air LTD Air Compressor

Product Information

The Virtis AdVantage XL-70 freeze dryer introduces a pilot model environment in a compact bench-top design. This versatile piece of equipment provides shelf temperatures as low as -60C and condenser temperatures to -70C, accommodating a wide range of applications. The unit's sleek size is perfect for laboratories seeking to maximize space without compromising functionality. Its dependable performance and wide temperature control range make it ideal for freeze-drying various materials including delicate biological samples, pharmaceuticals, and foods. The AdVantage XL-70 comes equipped with a Trivac D2.5E Vacuum Pump and Bambi Air LTD Air Compressor, enhancing its usability and streamlining the freeze-drying process. It also boasts a low condenser temperature of -67C/-70C and a maximum condenser capacity of 3.5 liters, making it an essential tool for research and production environments. This innovative freeze dryer enables researchers to maintain precise control over sample preservation, ensuring consistent and reliable results. As a quirky scientist, I can't help but appreciate the ability of this freeze dryer to create a stable and replicable environment for freeze-drying a wide variety of materials, contributing to the advancement of scientific research and development.

• Shelf Temperature Control Range: -50°C to -60°C
• Lowest Shelf Temperature: -57°C/-60°C
• Lowest Condenser Temperature: -67°C/-70°C
• Maximum Condenser Capacity: 3.5 liters
• Includes Trivac D2.5E Vacuum Pump and Bambi Air LTD Air Compressor

• Shelf Temperature Control Range: -50°C to -60°C
• Lowest Shelf Temperature: -57°C/-60°C
• Lowest Condenser Temperature at -67°C/-70°C
• Maximum Condenser Capacity: 3.5 liters
• Max Ice Condenser Capacity: 2 liters

Metric: 142.88 kg
Imperial: 315 lbs

Metric: 24 cm x 41 cm x 27 cm
Imperial: 9.45 in x 16.14 in x 10.63 in

841932

Freeze-drying equipment; machinery for the treatment of materials by a process involving freezing, drying, and sublimation