LTE Scientific - LTE Scientific Unitemp filtered air drying Cabinet

Applications & Use Cases

• Drying of laboratory glassware and instruments in research and clinical settings.
• Sterile drying of pharmaceutical components and small medical devices.
• Controlled drying for quality control samples in various industries.
• Drying of heat-sensitive materials requiring a filtered air environment.
• Preparation of laboratory items for analytical procedures where contamination must be minimised.

Typical Specifications

Typical capacity

For this class of equipment, capacities commonly range from approximately 100 litres to over 1000 litres, with 500-600 litres being a common mid-range size.

Temperature range

Typically, these units offer a temperature range from 5°C above ambient up to 60-70°C, with thermostatic control.

Air filtration

Units of this type commonly incorporate a fine particulate filter on the air intake to ensure a clean drying environment.

Power supply

Most units operate on a standard single-phase 230V, 50Hz supply, with power consumption varying based on size and heating elements.

Construction materials

Typically features an enamelled steel exterior and a stainless steel or aluminium interior chamber, often with a toughened glass door for visibility.

Safety features

Commonly includes an over-temperature cut-out device to prevent overheating and ensure operational safety.

Frequently Asked Questions

• What is the primary benefit of a filtered air drying cabinet over a standard drying oven?

  A filtered air drying cabinet minimises particulate contamination during the drying process, which is crucial for sensitive laboratory equipment and sterile items. Standard ovens do not typically offer this level of air purity.

• Can this unit be used for sterilisation?

• What kind of maintenance does a filtered air drying cabinet require?

• Is fan circulation important for drying efficiency?

• What should I consider regarding the placement of this equipment?