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Thermo Kendro High Performance Laboratory Freezer TSX 1447-L

Specifications

HS Code #
84185090
Depth int.
724 mm
Ext. dim. (WxDxH)
1,435 x 962 x 1,994 mm
Ext. depth
962 mm
Ext. height
1994 mm
Ext. width
1435 mm
Power supply frequency
50 Hz
Height int.
1473 mm
Int. Dim. (WxDxH)
1,334 x 724 x 1,473 mm
Int. width
1334 mm
Max. temperature
8 °C

RM 62,958.50

Inc. GST

Available soon

Product description

The Thermo Kendro High Performance Laboratory Freezer TSX 1447-L offers exceptional ultra-low temperature storage for laboratory applications requiring precision and reliability. With a generous 1447-liter capacity, this freezer ensures optimal preservation of biological samples, reagents, and temperature-sensitive materials. Featuring advanced V-drive technology, it delivers consistent performance with energy efficiency, making it ideal for modern research and clinical laboratories.

Key Features:

  • Brand: Thermo Kendro
  • Model: High Performance Laboratory Freezer TSX 1447-L
  • Capacity: 1447 liters, suitable for high-volume laboratory storage needs
  • Temperature Range: Precise ultra-low temperature control for sensitive materials
  • Energy Efficient: V-drive technology reduces energy consumption while maintaining stability
  • Application: Designed for laboratories, medical facilities, and research centers requiring dependable sample preservation
  • Performance: Quiet operation with advanced cooling systems for consistent results

The Thermo Kendro High Performance Laboratory Freezer TSX 1447-L is a reliable, energy-efficient solution built to support demanding laboratory environments where large-scale, temperature-sensitive storage is essential.

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Frequently asked questions

It offers exceptional ultra-low temperature storage for laboratory applications requiring precision and reliability. With a generous 1447-liter capacity, this freezer ensures optimal preservation of biological samples, reagents, and temperature-sensitive materials. Featuring advanced V-drive technology, it delivers consistent performance with energy efficiency, making it ideal for modern research and clinical laboratories.

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