LABCOLD Cooled Incubators have controlled cooling and heating allowing you to choose an operating temperature between +5°C and 40°C unlike normal incubators which can only operate from several degrees above room temperature.

This 300 litre cooled incubator is ideal for microbiology or any application where precise and consistent temperatures at or below room temperatures are required.

This 570 litre cooled incubator is ideal for microbiology or any application where precise and consistent temperatures at or below room temperatures are required.

LEEC Classic Incubators have fully sealed chambers manufactured from polished stainless steel with rounded corners for easy cleaning. The outer cabinet is manufactured from stainless steel, and has a tough powder coat paint finish. This gives the incubator exceptional corrosion resistance. An inner glass viewing door closes positively onto a silicone gasket and allows a clear view of the chamber contents without disturbing the internal atmosphere. The outer door has a magnetic gasket providing a good seal. A rear access port allows temperature monitoring probes to be inserted safely into the incubator chamber.

LEEC Research and standard CO2 incubators set advanced standards in performance and freedom from contamination. The two Research models have the added benefit of a high temperature decontamination facility (95°C).

The new LEEC Culture Safe CO2 precision incubator has a fully sealed, electro-polished, one-piece, deep drawn chamber, manufactured from the high grade 304 stainless steel. The outer cabinet is manufactured from stainless steel, and has an anti-bacterial powder coat paint finish. This gives the CO2 incubator exceptional corrosion and contamination resistance. An inner glass viewing door closes positively onto an inert (no VOC’s) gasket and allows a clear view of the chamber contents without disturbing the internal atmosphere. The outer door has a magnetic gasket providing a good seal. A side access port allows temperature monitoring probes to be inserted safely into the CO2 incubator chamber.

The new LEEC Culture Safe Precision CO2 incubators have a fully sealed, electro-polished, one-piece, deep drawn chamber, manufactured from the high grade 304 stainless steel. The outer cabinet is manufactured from stainless steel, and has an anti-bacterial powder coat paint finish. This gives the CO2 incubator exceptional corrosion and contamination resistance. An inner glass viewing door closes positively onto an inert (no VOC’s) gasket and allows a clear view of the chamber contents without disturbing the internal atmosphere. The outer door has a magnetic gasket providing a good seal. A rear access port allows temperature monitoring probes to be inserted safely into the CO2 incubator chamber.

LEEC mini Culture Safe Touch CO2 incubators are the perfect solution for laboratory users who want a high quality, fully featured premium bench top mini CO2 incubator, in a small package.

The LEEC IR CO2 sensor offers the latest technology and is completely drift free. T.C. CO2 sensors only measure accurately at the desired 88-92% relative humidity (%RH). After the inner glass door is opened the T.C. sensor is measuring inaccurately up to a period of 1 hour after the door closure. TC technology is much older technology and its huge disadvantage is that accurate % CO2 can only be achieved once the relative humidity (%RH) has recovered back to 88-92%RH, which is typically up to 1 hour. For very important samples and cell lines this is simply not acceptable. The pH level of the culture media will not recover and cell desiccation may result as a consequence.

Originally designed for drying Pyrex laboratory glassware and stainless steel surgical instruments, LEEC drying cabinets can be used to dry pretty much anything that cannot be dried in a laboratory oven (lab ovens tend to dry at temperatures higher than +100°C). Drying cabinets can dry at up to a maximum of 50°C above room temperature. They can be used in pharmaceutical / cosmetic manufacturing, food testing industry, automotive and aerospace industries, and electronics (PCB) manufacturing, as well as science labs in schools, colleges and universities.

With its clean chamber conception of rounded corners, no crevices (even in the racking system) for contaminants to hide and with gentle air circulation, the EC 160 is designed to resist contamination and protect your valuable cultures. Fast temperature recovery, without any overshoot continues this substantial protection.

Excellent incubation conditions are provided by this series of EN incubators for applications in biology and microbiology laboratories such as medical and veterinary fields; research and quality control examinations in pharmaceutical, food and cosmetics industries and biotechnology.

With dimensions favouring labs with limited bench space where wall-mounting of shallower incubators would be an advantage, EN 300, EN 400 and EN 500 incubators are regular units for customers looking for economical incubators.

Ideal design for freezing, incubation, drying, different types of tests and long storage in the fields of biology, zoology, botany and the quality control and R&D laboratories in industries such as pharmaceutical, food and cosmetics.